Building And Structural Design Codes

TH42086

Building and Stmctural Design Codes An international survey

Business Information

0 British Standards Institution 2000

Except as permitted by Copyright Law no extract may be repro transmitted in any form or by any means prior permission in writing from BSI. If permission is a licensing agreement. Details and advice Chiswick High Road, London W4 4AL.

stored in a retrieval system or royalty payments or

Whilst every effort is made to ensure the accuracy of information, no responsibility, legal or otherwise is accepted for any errors, omissions or inaccuracy. Compliance with a British Standard does not of itself confer immunity from legal obligations. ISBN 0 580 36642 1

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BSI International Survey

Structural Design Codes

CONTENTS Page 1

1. Preface 2. Introduction 3. Europe 4. List of European Building Research Institutions 5. Current Eurocodes 6. Country Datasheets Europe AUSTRIA BELGIUM DENMARK FINLAND FRANCE GERMANY GREECE ICELAND

3 5 7 10

ITALY IRELAND NETHERLANDS NORWAY PORTUGAL SPAIN SWEDEN SWITZER~AND UNITED fiINGDOM

Rest of World ARGENTINA ARMENIA AUSTRALIA AZERBAIJAN BAHAMAS BELARUS BERMUDA BOSNIA-HERZEGOVIN A BRAZIL BULGARIA CANADA CANADA- ALBERTA CANADA-NEW BRUNSWICK CROATIA CHINA CYPRUS CZECH REPUBLIC ESTONIA EGYPT FIJI GEORGIA HONG KONG HUNGARY INDIA INDONESIA

Appendix 1

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ISRAEL IVORY COAST JAPAN KY RGY ZTAN LATVIA LITHUANIA MALTA MOLDOVA NEPAL NEW ZEALAND POLAND PHILIPPINES ROMANIA RUSSIA SINGAPORE SLOVAKIA SLOVENIA SOUTH AFRICA TURKMENISTAN TURKEY ' UKRAINE UNITED STATES URUGUAY UZBEKISTAN VANUATU VIETNAM

List of Worldwide Standards Organihations

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PREFACE This is the first Edition of Building and Structural De#ign Codes - An International Survey. It has been prepared with the help of Standards Bodies, Building Associations, and Government Ministries around the world. Building and Design has, traditionally, been a locally controlled and influenced matter. Local resources and conditions, and the limits these imposkl, have been the primary influence on structural design codes.

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The opening of International markets and the strides bade in innovative designs, have made Governments increasingly aware of the need to both hake regulations easily available and to consider relaxing them in order to ease International *ade. It is an area of change as new less prescriptive codes come in to existence and agreemends between nations are forged. The publication will be updated quarterly to keep ab east of these changes. Countries not so far included will be added, as the information be omes available. Developments within Europe will also be monitored and the information k@t up to date.

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The Updates are free for the first year after purchase,of the book. Subsequently they will be made available to subscribers for an additional fee. Included for further information is a list of International Standards bodies, and where available Construction Product Approval bodies. Any comments and suggestions regarding the survey are always welcome and should be addressed to Technical Information Group BSI Standards 389 Chiswick High Road London w 4 4AL Tel: +44 (0)20 8996 7903 Fax: +44 (0)20 8996 7048

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INTRODUCTION Purpose This publication aims to provide easy reference to International Building regulations for Structural Designers and Architects. It is a direct result of enquiries received from industry regarding the regulations, legislation, and design requirements to be met overseas.

Scope

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This survey covers National Building Regulations and design Standards. The Regulatory body is cited and where applicable any acceptable Foreign Standards are also included. It is divided in to the European Economic Area and the Rest of the World so that any mutual agreements may be highlighted.

Sources of Information Most countries have been sent questionnaires to their respective government departments and the information received from them has been used in compiling this document, their assistance is much appreciated. The National Standards Bodies have been instrumental in providing information or alternatively providing the relevant approval authority and their help is also acknowledged.

In the case of those countries were we have not been able to obtain information, we have either provided the reason for this in the notes section, or have not included them in this edition. Future editions will have additional countries included as the information is gathered.

Acceptance of Foreign Codes and Standards

Design

Many Building Codes include mandatory Structural Design Standards. Although

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there is a current trend towards relaxing thig status, and many countries, including the/ UK, are beginning to discuss the be efits of Performance based Codes to all w for more innovative designs, this is still)the exception not the rule.

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Availability of Documents Unless otherwise stated, documents listed are in the language of the country of ori$in. En lish translations of all major foreign CO es are available through BSI Technical Inf rmation Group Translations section. BS are also agents for the U.S.A Codes.

B

Bdl Technical Information Group The Technical Information Group runs the Re$earch Centre within BSI. They provide research services to businesses and other org nizations seeking to overcome Te hnical Barriers to Trade in the UK, Eurrope, or International arena. Fod more information contact TIG on tel:,+44 (0)20 8996 7111 fax: +44 (0)20 8996 7048

r P

Qu tations ob1 gation.

are

available

Otber construction avhilable from TIG.

without

publications

CEIMarking and the Construction Products Directive (ref TH 42097) Glqss in Buildings, windows, doors and furriiture (ref TH 42119) Flammability Testing of Building Materials - Am International Survev (ref TH 42126) Flabmability testing of hdures and fittings in buildings - An International survey (TH 42127) Fire protection and suppression in buivings - An international survey (TH 421/28) Feb-Ol

BSI International Survey

Structural Design Codes

EUROPE Construction Products Directive

Eukocodes

Council Directive 89/106/EEC of 21 December 1988 on the approximation of laws, regulations and administrative provisions of the Member States relating to construction products.

Th6 series of Eurocodes provide deftnitions of building performance. They coder all aspects of the Design of st ctures and contain formulae and data whch can be used to calculate the key di ,ensions and other design variables for a n i proposed construction.

Council Directive 93/68/EEC of 22 July 1993 amending Directive 89/1O6/EEC (construction products) The CPD is an attempt by Europe to ensure the Safety of constructions in all countries of the European Economic Area. It lays down six essential performance requirements: 1. 2. 3. 4. 5. 6.

Mechanical resistance and stability Safety in the case of fire Hygiene, health and the environment Safety in use Protection against noise Energy economy and heat retention

The Directive permits two methods of compliance a) Manufacture in compliance with Harmonized European Standards (relevant national standards or Euronorms) b) European Technical Approval.

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Th Eurocodes are made available in ea h member country of CEN, which includes the EC and E R A member CO ntries, by each country’s national sta dards body in the appropriate lan uage. Each member country has also pro uced a National Application Document (N D) in the codes most appropriate to the giving definitive figures for nationally reg lated safety values, a schedule of sudporting national reference standards and providing guidance on application. (Sde Table 2 for quick reference to which ntries have published NADs to which

t:

Stil( in draft form, adoption of the codes as part of National regulations is not coTpulsory, but countries are required to recbgnize structures built to the codes as hading been adequately designed. See Table 1 for list of published Eurocode doduments

At the time of going to press no Harmonized standards have been published. European Technical Approval is performed by Notified bodies in the member states. In the UK this is the British Board of Agrement. Currently this is the only straightforward method of complying with the requirements of the Directive.

is included in the T h i following countries have also adopted Eurpcodes: Czech Republic, Hungary, Slovakia.

CEi Marking

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Within the EU, products which are CE maked thus demonstrate compliance with

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Structural Design Codes

countries in the EEA e.g. the UK. However in most countries it is required. Also as the CPD allows individual Member States to require different levels and classes of performance for products, manufacturers will also need to ensure that their product meets the specific national regulatory requirements of the country concerned.

Other Relevant European Directives 98/37/EC directive of the European Parliament and of the Council of 22 June 1998 on the approximation of the laws of the Member States relating to machinery 89/686/EEC Council Directive of 21 December 1989 on the Approximation of the laws of Member States relating to personal protective equipment 73/23/EEC Council Directive of 19 February 1973 on the harmonization of the laws of the Member States relating to electrical equipment designed for the use within certain voltage limits 89/336/EEC Council Directive of 21 December 1988 on the approximation of laws, regulations and administrative provisions of the Member States relating to electromagnetic compatibility.

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EUROPEAN NETWORK OF BUILDING RESEARCH INSTITUTES Belgium WCB-CSTC-BBRI Belgian Building Research Institute Violetstraat 21-23, 6-1000 Brussel Belgium Tel: +32 2 502 66 90 Fax: +32 2 502 81 80 Web: http:lv.ww.bbri.be

Denmark SBI Danish Building Research Institute Dr. Neergaards Vej 15, Postbox 119 DK-2970 Horsholm, Denmark Tel: +45 42 86 55 33 Fax: +45 42 86 75 35 Web: http:/hnrww.sbi.dklEnglish/English.htrn

Eire FORBAIRT Construction Industry Division Glasnevin, IR-Dublin 9 Ireland Tel: +353 18 37 01 01 Fax: +353 18 36 81 39 Web: http:/www.forbairt.ie/

Finland VTT Building Technology Kernistintie 3, Espoo, PO Box 1800 FIN 02044 VTT, Finland

Fax: +358 0 456 70 03 Tel: +358 0 45 61 Web: http:llwww.vtt.f~rte/bldtech.html

France CSTB Centre Scientiique et Technique du Batiment 4 avenue Recteur Poincare, F-75782 PARIS Cedex 16, France Tel: +33 1 40 50 28 28 Fax: +33 1 45 25 61 51 Web: http:lwww.cstb.frl

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Germany BAM BundesansA fur Materialforschungund -PrGfung Unter den Eichen 87, D-12205 Belrin 45 Germany Tel: +49 30 81 04 12 00 Fax: +49 30 81 21 087 Web: http://trappist.kb.bam-berlin.de/bam.html

Iceland IBRl Icelandic Building Research Institute Rb-Keldnaholti, IS-112 Reykjavik Iceland Fax: +354 567 8811 Tel: +354 567 6000 Web: http://wwv.randburg.com/is/icebuild.html

Italy KITE lnstituto Centrale per I'lndustrialiuazione e 18 Technologia Edilizia Via Lombardia 49, Frazione Sesta Ulteriano, 20089 San Guiliano Milanese (MI) I-Milano Italy Fax: +39 2 98 28 00 88 Tel: +39 2 98 061 Web: http://dns/unife.it/inter-lab/icite.htm

Netherlands TNO Building and Construction Research Lange Kleiweg 5, Rijswijk, PO Box 49 NL-2600 AA Delft, The Netherlands Tel: +31 15 84 20 00 Fax: +31 15 84 39 90 Web: http:/www.tno.nl/bouw/home.html

Noway NBI Nowegian Building Research Institute Porskningsveien3b, PO Box 123 Blindern N-0314 Oslo Noway Tel: +47 22 96 55 00 Fax: +47 22 69 94 38 Web: http:/Ewww.byggforsk.no/english.htm

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Portugal LNEC Laboratorio Nacional de Engenharia Civil Ministerio da Habitacao e Obras Publicas Portugal Tel: +351 184821 31 Fax: +351 18497660 Web: http:huww.lnec.pt

Spain ICCET-CSIC lnstiuto de Ciencias de la Construcc/onEduardo Torroja, Consejo Superior de lnvestigacionesCientificas Serrano Glavache s/n Apartado de Correos 19.002 E-28033 Madrid Spain I

Tel: +34 1 302 04 0 4 F a : +34 1 302 07 00 Web: http:lhuww.csic.es

Sweden SP Swedish National Testing and Research Institute Box 857 S-05115 Boras Sweden Tel: +46 33 16 50 00 Fax: +46 33 13 55 02 Web: http:/huww spse

United Kingdom BRE Building Research Establishment UK Garston, Watford WD2 7JR United Kingdom Tel: +44 923 89 40 40 Web: http:/wvvw.bre.co.uk/

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Fax: +44 923 66 40 10

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CURRENT EUROiCODES

TABLE 1 i

EUROCODE 1

BASIS OF DESIGN ANa ACTIONS ON STRUCTURES

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ENV 1991-4 ENV 1991-5

Actions on silos and tank$ Actions induced by craneb and machinery

ENV 1992-5 ENV 1992-6

Marine and maritime struhtures Massive structures

EUROCODE 3

DESIGN OF STEEL STqCTURES

ENV 1993-1-1 ENV 1993-1-2 ENV 1993-1-3 ENV 1993-1-4 ENV 1993-2 ENV 1993-3-1 ENV 1993-3-2 ENV 1993-4 ENV 1993-5 ENV 1993-6 ENV 1993-7 ENV 1993-8

General rules and rules fqr building Structural fire design Cold formed thin gauge dembers and sheeting The use of stainless steelk Bridges and plated Structures Towers, masts Chimneys Tanks, silos and pipelined Piling Crane structures Marine and maritime struwures Agricultural structures 1

Structural Design Codes

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EUROCODE 4

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ENV 1994-1-1 ENV 1994-1-2 ENV 1994-2

EUROCODE 5

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DESIGN OF COMPOSITk STEEL & CONCRETE STRUCTURE S General rules and rules fhr building Structural fire design Bridges

DESIGN OF TIMBER ST~UCTURES 1

General rules and rules fhr building Structural fire design Bridges

ENV 1995-1-1 -ENV 1995-1-2 ENV 1995-2

EUROCODE 6

DESIGN OF MASONRY PTRUCTURES

ENV 1996-1-1 ENV 1996-1-2 ENV 1996-1-3 ENV 1996-1-4 ENV 1996-2 ENV 1996-3 ENV 1996-4

Rules for reinforced and Vnreinforced masonry Structural fire design Detailed rules for lateral Ibading Complex shape sections j Special design aspects I Simplified and simple rulds Short life structures

EUROCODE 7

GEOTECHNICAL D E S I ~ N

I ENV 1998-2

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4

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ENV 1998-3 ENV 1998-4 ENV 1998-5

I EUROCODE 9 ENV 1999-1-1 ENV 1999-1-2 ENV 1999-2

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I Bridges Towers, masts and chimdeys Silos, tanks and pipelines! I Foundations, retaining st+ctures and geotechnical aspects

I DESIGN OF ALUMINIU~STRUCTURES I

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I General rules and rules fdr building Structural fire design Rules for structures susc$ptible to fatigue

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Qn EUROCODES IN USE IN EC M ~ M B E RSTATES TABLE 2

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EUROPE

Structural Design Codes

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AUSTRIA National Regulations Each of the 9 Federal Regions:Burgenland, Kartnen [ Carinthia ], Niederijsterreich [ Lower Austria ], Oberiisterreich[ Upper Austria ], Salzburg [ Salzburg l1 Steierrnark [ Styria IITiro1 [ Tyrol ]v, Voralhberg [ Vorarlberg] Wien [Vienna ] have their own building code. 2000/572/A Guidelines and regulations for highway construction 5.41 (RVS %.41 and RVS 5.42) 2000/567/A Construction Road construction on bridges

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Standards Foundations OENORM B 4400: 1978

OENORM B 4422-1: 1992

Geotechnical engineering (founqation engineering) - soil classification for civil engineering purposes and meth s for identification of soil-groups Geotechnical engineering (foun ation engineering) exploration by test pits and borings, sampling; recording Earthwork and foundation enginbering analysis of soil specimen; grain size distribution Geotechnical engineering (foundation engineering); soil investigation; plate loading test Geotechnical engineering (founqation engineering); analysis of soil specimens; proctor test engineering) - Analysis of soil specimen Geotechnical engineering (foun

OENORM B 4433: 1987

Geotechnical

OENORM B 4401-3: 1985 OENORM B 4412: 1974 OENORM B 4417: 1979 OENORM B 4418: 1981

Steel structures OENORM B 4300 Teil 1: 1994 OENORM B 4300 Teil2: 1994 OENORM B 4300 Teil3: 1994 OENORM B 4300 Teil5: 1994 OENORM B 4300 Teil7: 1994 OENORM B 4600 Teil2: 1978 OENORM B 4600 Teil3: 1979 OENORM B 4600 Teil4: 1978' OENORM B 4600 Teil7: 1975 OENORM B 4601: 1969 OENORM B 4602: 1975

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of base and slope failure

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Steel structures - Design and cohstruction Limit states

Steel structures - Workmanship

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Steel structures Buckling of ba and skeletal structures Provisions for the joint application of DIN 18800 Part 2 nd OENORM B 4300-1 Steel structures Buckling of!plE es Provisions for the joint application of DIN 18800 Part 3 and OENORM B 4300-1 Steel structures Fatigue strength

Steel structures; design and caldUlatiOn Steel structures; calculation of fatigue strength Steel structures; calculation of swbility, basic cases Steel structures; specifications for erection and workmanship Steel construction. supporting Steel constructions Road

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for buildings. Design and construction

Aluminium structures none Concrete structures OENORM B 4200 Teil2 : 1983 OENORM B 4200 Teil3 : 1986 OENORM B 4200 Teil4 : 1984 OENORM B 4200 Teil5 : 1997 OENORM B 4200 Teil6 : 1988

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Concrete structures; execution principles Plain concrete structures; design and construction Reinforced concrete structures; basic rules for design Precast concrete elements and precast structures for static loadings Concrete buildings; repair works, reconstruction and strengthening

AUG-01

OENORM B 4200 Teil7 : 1987 OENORM B 4200 Teil8 : 1996 OENORM B 4200 Teil9 : 1996 OENORM B 4200 Teil 10 : 1996 OENORM B 4200 Teil 11: 1991 OENORM B 4700: 1997

Concrete reinforcement

Reinforced concrete structures - Design and detailing (11)

Reinforced concrete structures Design and detailing (I)

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Concrete Production, applicability and verification of quality

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Lightweight concrete Productiqn and quality control

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Reinforced concrete structures EUROCODEsrientatedanalysis, design and detailing (includes also comgendlum 1997)

Masonry structures none

Timber structures OENORM B 4100-2: 1997 OENORM B 4101 OENORM B 4102 OENORM B 4002

Timber structures Timber stmctures Timber structures Highway Bridges

Composlte structures OENORM B 4502

Composite structures of steel arid concrete; road bridges; design and construction

- Design and qonstruction - Load bearin structures for rising and similar buildings - Timber brid$s - General ruleg for construction

Acceptable Foreign Standards See Eurocodes

Regulatory Body Bundesministerium fijr Wirtschaft und ArbeitLandstr. Hauptstr. 55-57 1031 Wien

b t ' rreichisches lnstitut fiir Bautechnik Sch&kenstraBe 4 A-1010 Wien

tel: +43 1 71102 260 fax: +43 1 714 35 82/71102 399

Tel: +43 1 533 65 50 Fax: +43 1 533 64 23 e-mail: [email protected] Deals with approval of products

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EUROCODES Austria EUROCODE 1

ENV 1991-24 ENV 1991-2-7 ENV 1991-3 ENV 1991-5

ENV 1991: Basls of design and acafons on structures National Forward published National Forward published National Forward published National Forward published

ENV 1992-1-1 ENV 1992-1-2 ENV 1921-1-3 ENV 1992-14 ENV 1992-1-5 ENV 1992-1-6 ENV 1992-3 ENV 19924

ENV 1992: Deslgn of concrete strdctures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 3

Design of steel structures

ENV 1993-1-1 ENV 1993-1-2 ENV 1993-2

National Forward published National Forward published National Forward published

EUROCODE4

ENV 1994-1-2

Design of composite steel and coicrete structures National Application document published National Forward published

EUROCODE 5 ENV 19951-1 ENV 19951-2

Design of timber structures National Forward published National Forward published

EUROCODE 6

Design of masonry structures National Forward published National Forward published National Forward published National Forward published

EUROCODE2

ENV 1996-1-1 ENV 1996-1-2 ENV 1996-1-3 ENV 1996-3 EUROCODE 7

ENV 1997-1 ENV 1997-2 ENV 1997-3

National Application dowment published National Application document published

Geo-technical design National Forward published National Forward published National Forward published

ENV 1998-1-1 ENV 1998-1-2 ENV i ~ ~ a i - 3 ENV 19982 ENV 19984

Design provisions for earthquakes and geotechnlcal aspects National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 9 ENV 1999-1-1 ENV 1999-2

Design of aluminium structures National Forward published National Forward published

EUROCODE 8

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AUG-01

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BELGIUM National Regulations Law of 20 February 1939 outlines 10 year responsibilityof Architect and Fontractor. Royal Ordnance of 19 December 1997 regarding the prevention of fires 6nd explosions Royal Ordnance of 19 August 1998 regarding construction products, imdlementing EC Directive 89/106/EEC Flemish thermal and ventilation regulation of 29 April 1991 Walloon thermal and ventilation regulationof 30 April 1998 Brussels thermal and ventilation regulation of 3 June 1999

Standards Structural Design

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NBN 803 001: 1988 NBN B 03 101 : 1993 NBN B 03 104 : 1993 NBN 803 105 : 1994 NBN 803-101 : 1993 NBN I S 0 3010 : 1993 NBN ISOITR 9492 NBN I S 0 3898 : 1992 Loading NBN 803 002-1: 1988

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NBN B 03-002-2 1988 NBN B 03-102: 1976 NBN B 03-103 : 1976 NBN IS0 4355 : 1993

General principles on the determinatikn of the safety and serviceability of structures Actions on structures. Road bridgesj Actions on structures Railway bridges Actions on structures Trams Road Bridges Bases for design of structures; seismic actions on structures Thermal Actions Current Eurocodes preferred ' Bases for design of structures; Notakns; General symbols

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Wind loads on structures. General. b i n d pressure on walls and the overall effects of wind on I structures Action of wind on buildings: dynamic /effects of wind on flexible structures Forces on structures. Direct effects f permanent loads due to dead weight Forces on structures. Direct forces. borking loads on buildings Work in hand. 1993 Draft ] Bases for design of structures; Determination of snow loads on roofs Current Eurocode preferred

Earthquake Resistance Current Eurocodes preferred Steel structures NBN B 51-001 H : 1977 NBN B 51-002 H 1988 NBN 852-001 : 1995 Concrete structures NBN 815-002 : 1999

Steel constructions, elastic calculatio' method Steel constructions, limit state calcul&on method Steel bridges

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Concrete General Current Eurocodes preferred for c+ncrete structures

Masonry structures NBN 824-301 (STS 22) : 1980 NBN 824-401 (STS 22-3): 1981 Timber structures STS 04 I STS 31

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Design of masonry structures Executionof masonry

Design of timber structures (not Standards but documents produged by MVllMCl Ministere des Communications et de I'lnfrastructure) I Current Eurocodes preferred for ti ber structures

1"

Acceptable Foreign Standards Belgian Constructionstandards are not mandatory but are considered (tagether with eg Technical Notes from BBRI) as evidence of Good Practice. See also Eurocodes

Regulatory Body Ministere des communications et de I'infrastructure, rue de la Loi 155. 1040 Bruxelles, t6I 02-287.31.53, fax 02-287.31.51.

tel: +32 2 665 77 11 fax: +32 2 a53 07 29

Notes

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BENOR Certification mark for Traditional products ATG lnnovativelnew products

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E UROCODES - Belgium EUROCODE I ENV 1991-1 ENV 1991-2-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-24 ENV 1991-2-5 ENV 1991-2-6 ENV 1991-2-7 ENV 1991-3 ENV 1991-4 ENV 1991-5

Basis of Design and actlons on s National Forward published 1995 National Forward published 1995 National Forward published 1995 National Forward published 1995 National Forward published 1995 National Forward published 1997 National Forward published 1997 National Forward published 1998 National Forward published 1995 National Forward published 1994 National Forward published 1995

EUROCODE2 ENV 1992-1-2 ENV 1992-1-4 ENV 1992-2 ENV 1992-3 ENV 1992-4

Design of concrete structures National Forward published 2001 National Forward published 2001 National Forward published 2001 National Forward published 1999 National Forward published 1999

EUROCODE 3 ENV 1993-1-1 ENV 1993-1-1/Al ENV 1993-1-1lA2 ENV 1993-1-2 ENV 1993-1-3 ENV 1993-14 ENV 1993-1-5 ENV 1993-1-6 ENV 1993-1-7 ENV 1993-2 ENV 1993-3-1 ENV 1993-3-2 ENV 1993-4-1 ENV 1993-4-2 ENV 1993-4-3 ENV 1993-5

Design of steel structures National Forward published 1992 National Forward published 1995 National Forward published 1998 National Forward published 1995 National Forward published 1997 National Forward published 1996 National Forward published 1998 National Forward published 1999 National Forward published 1999 National Forward published 1998 National Forward published 1998 National Forward published 1998 National Forward published 1999 National Forward published 1999 National Forward published 1999 National Forward published 1998

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2 ENV 1994-2

Design of composite steel and codcrete structures National Application Document published 2001 National Forward published 1992 National Application Document published 1999 National Forward published 1995 National Forward published 1998

EUROCODE 5 ENV 1995-1-1 ENV 1995-1-2 ENV 19952

Deslgn of Tlmber structures National Forward published 1995 National Forward published 1995 National Forward published 1997

EUROCODE 6 ENV 1996-1-1 ENV 1996-1-2 ENV 1996-1-3 ENV 1996-2 ENV 1996-3

Design of Masonry structures National Forward published 1995 National Forward published 1995 National Forward published 1998 National Forward published 1999 National Forward published 1999

EUROCODE 7 ENV 1997-1 ENV 1997-2 ENV 1997-3

Geo-technical design National Forward published 1995 National Forward published 1999 National Forward published 1999

EUROCODE 8 ENV 1998-1-1 ENV 1998-1-2 ENV 1998-1-3 ENV 1998-1-4 ENV 1998-3 ENV 1998-4 ENV 1998-5

Design provisions for earthquakesiand geo-technlcal aspects National Application Document published 2002 National Forward published 1995 National Forward published 1995 National Forward published 1995 National Forward published 1996 National Forward published 1997 National Forward published 1998 National Forward published 1995

EUROCODE 9 ENV 1999-1-1 ENV 1999-1-2 ENV 1999-2

Design of alumlnlum structures National Forward published 1998 National Forward published 1998 National Forward published 1998

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ctures National Application Document published 1999 National Application Document published 1999 National Application Document published 1999 National Application Document published 1999 National Application Document published 1999 National Application Document published 1998 National Application Document published 1998

National Application Document published 1999

National Application Document published

a

National Application Document published National Application Document published 2000

a

National Application Document published 1998 National ADDlication Document Dublished 2000 National Application Document published 2001 National Application Document published 2002

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DENMARK National Regulations Building Regulations BR 95

Standards DS 409 1998 DS 410: 1998

Code of practice for the safety of stru Code of practice loads for the design

for the design and construction

These two standards form the of structures. Foundatlons DS 415: 1999

Steel structures DS 412 : 1998

Code of Practice for foundation Engin ering This code together with DS 409 and {S 410 forms the basis for the design and construction of foundation and earthworks. Code of practice for the structural use of steel With DS 409 and DS 410 forms the bisis for steel structures.

Concrete Structures DS 420: 1983 DS 420E: 1985 DS 420rn1.1: 1993 DS 4201~112: 1997 DS 4201Til3: 1998 DS 481: 1999 DS 482: 1999

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Concrete materials Execution of concrete structures

Masonry structures DS 414: 1998

Code of practice for the structural uselof masonry with DS 409 and DS 410 forms the bdsis for masonry structures

Timber Structures DS 413: 1998

DS 483: 1999'

Code of practice for the structural use;oftimber With DS 409 and DS 410 forms the basis for timber structures Visual strength grading of timber

Composite structures DS 451: 1984 DS 451E: 1988

Code of practice for the design and canstruction of composite structures Covers steel and concrete

Offshore structures DS 449: 1983 DS 449 E: 1984 DS 449-2: 1983 DS 449-2 E: 1984

f

Code of practice for the design and With DS 409, DS 410. DS 412, and D supported offshore steel structures in safety, protection against corrosion, Code of practice for pilesupported o Supplementary guide.

struction of pile supported offshore structures 415 forms the basis for design and construction of pile e Danish sector of the North Sea.Loads, materials, nsportation, installation, and inspection. hore steel structures Part 2: Annex A-F

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Acceptable Foreign Standards See Eurocodes

Regulatory Body Danish Ministry of Housing and Building Slotsholmsgade 1 1216 Copenhagen K Tei: +45 33 92 61 00 Fax: +45 33 92 61 04 www.bm.dk

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EUROCODES - Denmark EUROCODE 1

Basis of Design and actions on structures

ENV 1991-2-2: .i997 ENV 1991-2-3: 1995 ENV 1991-2-4: 1995 ENV 1991-2-5: 1997 ENV 1991-2-6: 1997 ENV 1991-2-7: 1998 ENV 1991-3: 1995 ENV 1991-4: 1995

National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 2

Design of concrete structures

ENV 1992-1-1: 1993 ENV 1992-1-2: 1995 ENV 1992-1-3: 1996 ENV 1992-1-4: 1994 ENV 1992-1-5: 1994 ENV 1992-1-6: 1334 ENV 1992-2: 1996 ENV 1992-3: 1999 ENV 1992-4: 1999

National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

National Application document published

EUROCODE 3

Design of steel structures

ENV 1993-1-1: 1993 ENV 1993-1-2: 1995 ENV 1993-1-3. 1996 ENV 1993-1-4: 1996 ENV 1993-1-5: 1998 ENV 1993-2: 1998 ENV 1993-3-1: 1999 ENV 1993-3-2: 1998 ENV 1993-5: 1999

National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 4

ENV 1994-1-1: 1994 ENV 1994-1-2: 1994 ENV 1994-2: 1999

Design of composite steel and concrete structures National Application document National Forward published + Amendment AC1: 1995 National Forward published National Forward published

EUROCODE 5

Design of timber structures

ENV 1995-1-1: 1994 ENV 1995-1-2: 1997 ENV 1995-2: !997

National Forward published National Forward published National Forward published

EUROCODE 6 ENV 1996-1-1: 1999 ENV 1996-1-2' 1995 ENV 1996-1-3: 1998 ENV 1996-2: 1999 EhV 1996-3: 1999

Design of masonry structures

National Application document published

National Application document published

National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 7 ENV 1997-1: 1996

Geo-technical design

EUROCODE 8

Design provisions for earthquake resihtance of structures

ENV 1998-1-1 1994 ENV 1998-1-2: 1994 ENV 1998-1-3: 1995 ENV 1998-1-4: 'i996 ENV 1995-2: 1995 ENV 1998-3: 1997 ENV 1998-4: 1998 ENV 1998-5: 1994

National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

National Forward published

EUROCODE 9

Design of aluminium structures

ENV 1999-1-1: 1958 ENV 1999-1-2: 1998 ENV 1999-2L 1998

National Forward published National Forward published National Forward published

National Application document published

Structural Design Codes

BSI International Survey

FINLAND National Regulations National Building Code of Finland : 1994 Part B The strength of structures B l R.1983 B 2 R. 1990 incl amendments) B 3 R. 1976 B 4 G. 2000 or 2001 B 5 G. 1987 B 6 G. 1989 B 7 G. 1996 B 8 G. 1989 B 9 G 1993 B 10 G. 2000 or 2001

Structural safety and loads (Pbrt 5.6 Wind loads) Load bearing structures Foundations Concrete structures Structures of lightweight c o n e t e blocks Lightweight gauge steel struTres Steel structures Brick structures Structures of concrete blocks Timber structures I

Standards Finnish Standards are only cited in Part 84 GBlO G of the Building Code! None are cited in the Regulations. A list of cited standards is available.

Acceptable Foreign Standards Apart from Eurocodes local authority can accept the use of foreign standards in separate cases.

Regulatory Body Minisby of the Environment Housing and Building Department PO Box 380 FIN40131 Helsinki Finland Tal: +358 9 19919655 Fax: +358 9 1991 9631 Web: www.vyh.fi

Notes

v

Local authorities carry the main responsibility for land-use planning and b ilding supervision. The Building Act defines the rules for planning and building. The regional and-use plans drawn up by the Regional Councils guide the master plans and the detailed plans of local authorities. Adequate documentatlon must be acquired beforehand on the quality and use of structures and building materials and the quality is controlled by initial tests and productiontests when needed.

1. 2. 3.

Building regulations may also be found in other legal provisions of the local authority such as public health, fire safety bye-laws, and police orders. The level of structural safety presaibed conforms to European perfohnance levels. Guidelines for concrete structures are based on the CEB Model Code and consequently comply with international levels as to content and ratings.

For approval and certification:VTT Building Technology PO Box 18011 (Betonimlehenkuja 3. Espoo) FIN42044 WT. Finland Tel: +358 9 456 1 Fax: +3589 456 7006 www.vtt.fi.rte

E-mail: rts@rts.% Intemet www.rt$.fi

R Regulations are binding G: Guidelines are voluntary and alternative approaches may be applied If requirements set for building are met.

'

0 BSI 2000

Sep-00

E’UROCODES- Finland EUROCODE 1 ENV 1991-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-24 ENV 1991-2-5 ENV 1991-2-6

Basis of Design and actions on structures idational Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 2 ENV 1992-1-1 ENV 1992-1-2 ENV 1992-1-3 ENV 1992-1-4 ENV 1992-1-5 ENV 1992-1-6

Design of concrete structures National application Document published National Forward published National application Document published National Forward published National application Document published National Forward published National application Document published National Forward published National application Document published National Forward published National application Document published National Forward published The above parts of Eurocode 2 are not useld In practice but use is permitted

EUROCODE 3 ENV ? 993-1 1 ENV 1393-1-2 ENV 1993-1-3 ENV 1993-1-4 ENV 1993-! 5 ENV 1993-3-1 ENV 1993-3-2

Design of steel structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2

Design of composite steel and concrete StRUCtUreS National application Document published National Forward published National application Document published National Forward published

5 EIJROCODE ENV ? 395-1-1 ENV 1995: -2

Design of timber structures

6 EUROCODE ENV 1996-1-1 El:V 1996-1-2

Design of masonry structures National application Document published National Forward published National application Document published National Forward published The above parts of Eurocode 6 are not used in practice but use Is permitted

EUROCODE 7 ENV 1937-1 ENV 1997-2 ENV 1997-3

Geo-technical design National Forward published National Forward published National Forward published

EUROCODE 8

Design provisions for earthquake resistance of structures No action taken

EuROCODE9

Design of aluminium structures No action taken

-

National application Document published National application Document published National application Document published National application Document published

National application Document published National application Document published National application Document published National application Document published

I

National application Document published National application Document published

National application Document published National application Document published

National application Document published

Structural Design Codes

BSI International Survey I

I

'

FRANCE

,

National Regulations Le Code de la Construction et de I'habitation (3 Volumes) There are no 'building regulations' as such but laws, decrees and ministdal orders that are legally binding.

Standards Foundations DTU P 11-211: 1988 DTU 1311 DTU P 11-711:1988 DTU 13-12 DTU 13.2-Pll-212 1992

Contract bill for superficial foundationb. contract bill of the spedal clauses. Rules for the calculation of superficia/ foundations. Deep foundation for building.

Loading NF P 06-001 1986 NF PO6-004 : 1977 NF P06-005 : 1988 NF P75222. NF EN 12430: 1999

Basis for design of structures. Work1 'g loads for buildings Basis for design of structures. PermJent and Service Loads due to Gravity Basis for design of structures Notati ns. General Symbols. Thermal insulating products for buildl, g applicatlons. Determination of behaviour under point load.

4

Rules defining the effects on buildings of snow and wind on buildings of snow and winds and appendices. Rules NV 65. Rules defining the eff DTU P 06-002. NV 65: 1994 Construction of individual houses an of related buildings. 1992 revised. PS-MI 89 Rules. Field DTU P 06-006, N 84: 1996

"$

REGLES N 84 MODlFlEES 95

of application. Design. Construction Action de la neige sur les constructions

Selsmlc effects. NF PO6413,PS 92: 1995 NF P06-014.PS-MI :1995

steel structures

Earthquake resistant construction rul? Earthquake resistant rules Applicable to buildings, called PS 92. Earthquake resistant construction NI&. Earthquake resistant 1.

DTU P 22-201, DTU 32.1~1964 Contract bill for metal construction wyrk for building : Structural steelwork. Contract bill of the spedal clauses Regulations for the calculation of steel structures (called rules CM 66). (Edition August 1982). DTU P 22-701, CM 66: 1966 3eme tirage de 1995

Aluminium structures NF P22-202-1. DTU 32.2: 1993 NF P22-202-2. DTU 32.2: 1993

Buildingworks. Metal construction. Aluminium alloys framework. Part 1 :Technical specifications Building works. Private contracts. Mefal construction. Aluminium Alloys framework. Part 2 : special clauses

Concrete structures NF ~ 1 8 2 0 1 ,DTU 21: 1993 DTU 21 DTU P 18702,BAEL 91 DTU P 18703,BPEL 91 NF P10-210-1. DTU 22.1: 1993 NF Pl0-210-2, DTU 22.1: 1993 NF P18-210. DTU 23.1: 1993

Building works. Executionof concrete works. technical specifications Technical Rules For The Design of R&hrced Concrete Structures According to the Limit States Method. Rules BAEL 91 Technical Rules for the Design of Prestressed Concrete According to the timlt States Method. Rules BPEL 91. Buildingworks. Exterior cladding using large prefabricatedpanels of the solid or ribbed slab type or ordinary concrete. Part 1 :Techni I spdcations Buildingworks. Private contracts. Ext rior cladding using large prefabricated panels of the solid or ribbed slab type or ordinary concre e. Part 2 : Special clauses. Building works. In situ formed concrete walls. Technlcal specifications

4

Walls Pl0-202-1. DTU 20.1: 1994DTU 20-1 P10-202-2. DTU 20.1: 1994 DTU 20-1 P i0-202-3, DTU 20.1 : 1994 DTU 20-1

Execution of work. small masonry unil walls. part 1 :Technical specifications Execution of work. small masonry unil walls. part 2 :calculation rules and minimum construction provislons. Execution of work: small masonry unit walls. part 3 :guideline to choose the type of facade walls according to the site.

llmber structures NF P21-203-1, DTU 31.1: 1993 NF P21-203-2. DTU 31.1: 1993 NF P21-204-1, DTU 31.2: 1993 NF P21-204-2. DTU 31.2: 1993 NF P21-2052 DTU 31.3: 1995

0 BSI 2000

;b

Buildingworks. Timber frameworks a d stalrs. Part 1 :Technical specifications. Building works. Private contracts. Tim er frameworks and stairs. Part 2 : Special clauses. Buildingworks. Timber frame houses and buildings construction. Part 1 :Technical specifications Buildingworks. Private contracts. Timber frame houses and Buildings construction. Part 2 : special clauses. Timber structures connected with mete1plate fasteners or gussets. Part 2: Design rules

sep-oo

Acceptable Foreign Standards See Eurocodes

Regulatory Body Ministre de I’bquipement, des Transports et du Logement (Ministry of Public Works, Transport and Housing)

Notes Le Code de la Construction et de I’habitation available from Deirectiondes journaux Officiels 26 rue Desaix 75727 Paris Cedex 15 CSTB Centre Scientifique et Technique du Batiment 4 Avenue du Recteur Poincare

F-75782 PARIS Cedex 16 France

Tel: +33 I4b 58 79 79 Fax: +33 1 45 79 17 84 Tel: +33 I40 50 28 28 Fax: +33 1 45 25 61 51 http://www.cstb.fr

Structural Design Codes

BSI International Survey

-

EUROCODES France Any Eurocodes with their National application document can be used if reterencedin the contract as an experimental standard. EUROCODE 1

Basis of design and action on structures

XP ENV 1991-1,XP PO6-101 ENV 1991-1-1 XP ENV 1991-2-1, XP P 0 6 102-1 XP ENV 1991-2-2, XP P 0 6 102-2 XP ENV 1991-2-3. XP P 0 6 102-3 NF ENV 1991-2-4. NF P06-1024 XP ENV 19913, XP P 06103 FD ENV 1991-4. FD P 06104

National Forward published National Forward published National Forward published

National application document published National application document published National application document publlshed

National Forward published

National application document published

National Forward published

National application document published

EUROCODE 2 ENV 1992-1-1, P 18-711 ENV 1992-1-2 XP ENV 1992-1-3, XP P la713 XP ENV 1992-1-4. XP P la714 XP ENV iw2-1-5, XP P la715 XP ENV 1992-16, XP P la716 NF ENV 1992-2, NF p i a 7 2 0

National application document expected 2000 National application document published National application document published

National Forward published National Forward published

Design of concrete structures National application document published National application document published National application document published National application document published National application document published National application document published National application document expected 2000

National Forward published National Forward published National Fotward published National Forward published National Forward published National Forward published

EUROCODE 3 XP ENV 1993-1-2. XP P 22312 XP ENV 1993-1-3. XP P22-313 PR ENV 1993-1-5. P22-315PR PR ENV 1993-2, P22-3120PR

Design of steel structures

EUROCODE 4

Design of composite steel and aoncrete structures

XP ENV 1994-1-2. XP P 22-392 PR ENV 1994-2, XP P94-250-1

National Forward publlshed

National Forward published I

National application document published National application document published National application document expected 2000 National application document expected 2000 National application document published National application document expected 2000

EUROCODE 5

Design of timber structures

XP ENV 19951-1,XP P 21-711 XP ENV 19951-1, XP P2171l / A l EUROCODE 6 ENV 19961-1 XP ENV 19961-2, XP P 10-612

National Forward published

EUROCODE 7 XP ENV 1997-1, XP P 94-250-1

Geo-technical design

EUROCODE 8 ENV iwai-1 XP ENV iggai-2, XP ~06-0312

Design provisions for earthqua$es and geo-technical aspects

, National application document published Modified National Application Document published

Design of masonry structures National Forward published National Forward published National Forward published

National application document published National application document published National application document published National application document expected 2000 National application document expected 2000 National application document expected 2000

PR NF ENV 199814. PO6 033PR NF ENV m a 2 , NF ~06-032 ENV 19983 ENV 19984 XP ENV 19985. XP POW35

0 BSI 2000

National application document expected 2000 National application document expected 2000 National application document expected 2000 National application document expected 2000 National application document expected 2000

Sep-00

Structural Design Codes

BSI International Survey

GERMANY National Regulations

-

-

Each German 'Land' adopts and adapts the Federal Regulations; (MBO (Irlusterbauiordnung Model Building Regulations) Federal Building Code Baugesetrbuch BauGB in the wording of the Actito Amend the Federal Building Code and to Reorder Spatial Planning Law [BauROG] as issued on August 18th 1997 (BGBI. I 2081).(Federal Law Gazette I p. 2081,2102) amended Federal Regional PlanningAct (Raumordnungsgesek (ROG) of 18 Augu t 1997 by Article 3 of the federal law of 15 December 1997 (Federal Law Gazette I p. 2902,2903)

-

1.

Standards DIN 1055-100: 2000 DRAFT

-

Basis of design Part 100: Safety conppt and design rules

Design Loads

-

DIN 1055 1: 1978 DIN 1055 -1: 2000 DRAFT

-

DIN 1055 2: 1976 DIN 1055 3 1971 DIN 1055-3: 2000 DRAFT DIN 1055 4/Al: 1987 DIN 1055 5/Al: 1994

-

Stored Materials, Building Materials a d Structural Members, Dead load and Angle of Friction Action on structures Part 1: Densitletand weights of building materials, structural elements and stored materials Soil Characteristics; Specific Weight, p g l e of Friction, Cohesion, Angle of Wail Friction. Design loads for buildings; Live loads., Action on structures Part 3: Self weight and imposed load in building Live loads; Wind loads on structures ubsusceptibleto vibration. Live Loads; Snow Load and Ice Load.

-

-

Building In Earthquake Zones DIN 4149: 1981 DIN 414911Al: 1992

f

Design Loads, Dimensioning. Design nd Constructionof ConventionalBuildings Design Loads, Analysis and Structura Design, usual buildings; amendment 1. map showing earthquake areas

Steel Structures DIN 18800-1: 1990 DIN 18800-1IAl: 1996 DIN 18800-2: 1990 DIN 18800-ZAl: 1996 DIN 188003: 1990 DIN 18800-WAl: 1996 DIN 188004: 1990 DIN 18800-7: 1983

f

Structural steelwork; design and cons ction Steel structures Part 1: Design and nstruction; Amendment A1 Structural steelwork; analysis of safe against buckling of linear members and frames Steel structures Stability Part 2 Bu kling of bars and skeletal structures; Amendment A I Structural steelwork; analysis of safe against budding of plates Steel structures Stability Part :Buck ing of plates; Amendment AI Structural steelwork; analysis of safe against buckling of shells Steel structures; Fabrication,verificati$n of suitability for welding

-

-

-

Aluminium Structures DIN 4113-1: 1980 DIN 4113-2 : 1993

Aluminium constructions under predominantly static loading; static analysis and structural design Aluminium constructions under predortrinantly static loading; static analysis, structural design and execution of welded construction$

Masonry Structures DIN 1053-1: 1996 DIN 1053-2 : 1996 DIN 1053-3 : 1990 DIN 1053-4 : 1978 DIN 10534: 1999 DRAFT

Masonry Masonry Masonry Masonry Masonry

- Design and construction

-- Masonry strength classes o the basis of suitability tests Relnforced masonry; desig and construction

f

- Buildings of Prefabricated rickwork Components - Part 4: Prefabricatedmasodry compound units

limber Structures DIN 1052-1: 1988 +Al: 1996 DIN 1052-2: 1988+Al: 1996 DIN 1052-3: 1988+A1: 1996

Structural use of timber; design and Structural we of timber; mechanical Structural we of timber; buildings in

construction; design and construction

Composite Structures DIN 18800-5 1999 DRAFT DIN 18806-1:

-

Steel structures Part 5: Composite spel and concrete structures; design and construction Composite steel and concrete structurb; composite columns

Acceptable Foreign Standards See Eurocodes

Regulatory Body Bundesministerium fiir Verkehr, Bau- und Wohnungswesen Federal Minisby of Transport, Building and Housing, Krausenstrasse 17-20, 10117 Berlin

0 BSI 2001

Dqutsches lnstitut fir Bautecknik

Aug-Ol

EUROCODES - Germany EUROCODE 1 DIN V ENV 1991-1 DIN V ENV 1991-2-1 DIN V ENV 1991-2-2 DIN V ENV 1991-2-3 DIN V ENV 1991-24 DIN V ENV 1991-2-5 DIN V ENV 1991-2-6 DIN V ENV 1991-2-7 DIN V ENV 1991-3 DIN V ENV 19914 DIN V ENV 1991-5

Basis of design and action on StNctUreS Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 Conversion onto DIN 1055 National forward publishedwith explications Conversion onto DIN 1055 Conversion onto DIN 1055

EUROCODE 2 DIN V ENV 1992-1 DIN V ENV 1992-1-2 DIN V ENV 1992-1-3 DIN V ENV 1992-14 DIN V ENV 1992-1-5 DIN V ENV 1992-1-6 DIN V ENV 1992-2

Design of concrete structures

EUROCODE 3 DIN V ENV 1993-1-1

Design of steel structures

National forward published

'

,

National Application Document published 6/95 Technical report published National Application Document published 6/95 National Application Document published 6/95 National Application Document published 6/95 National Application Document published 6/95 National Application Document in preparation NAD published as Guideline 103 of the Deutschen Ausschusses Mr Stahlbau NAD published as DIN Technical Report NAD or Guideline published NAD or Guideline published NAD or Guideline published NAD or Guideline published NAD or Guideline published NAD or Guideline published NAD or Guideline published NAD or Guideline publlshed NAD or Guideline published NAD or Guideline published

DIN V ENV 1993-1-2 DIN V ENV 1993-1-3 DIN V ENV 1993-14 DIN V ENV 1993-1-5 DIN V ENV 1993-1-6 DIN V ENV 1993-1-7 DIN V ENV 1993-2 DIN V ENV 1993-3 DIN V ENV 19934 DIN V ENV 1993-5 DIN V ENV 1993-6 EUROCODE 4 DIN V ENV 1994-1-1

Design of composite steel and

DIN V ENV 1994-1-2 DIN V ENV 1994-2

National Forward published

EUROCODE 5 DIN V ENV 19951-1 DIN V ENV 19951-2 DIN V ENV 19952

Design of timber structums

EUROCODE 6 DIN V ENV 19961-1 DIN V ENV 19961-2 DIN V ENV 1996-1-3 DIN V EM/ 1996-2 DIN V ENV 1996-3

Design of masonry structure

cone+ structures

NAD published as Guideline 104 of Deutschen Ausschusses Mr Stahlbau Technical report published NAD tor Guideline published National Application Document published Technical report published NAD or Guideline published

National Forward published

National Forward published National Forward published National Forward published National Forward published National Forward published

I

Technical report No 60 published Technical report published Technical report published Technical report published Technical report published

EUROCODE 7 DIN V ENV 1997-1 DIN V ENV 1997-2 DIN V ENV 1997-3

Geo-technical design

EUROCODE 8 DIN V ENV 1998-1-1 DIN V ENV 1998-1-2 DIN V ENV 1 W 1 - 3 DIN V ENV 1998-14 DIN V ENV 1998-2 DIN v ENV 1998-3 DIN V ENV 19984 DIN V ENV 1998-5

Design provisions for earthquake residtance of structures

National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 9

Design of Aluminium structures

National Annex published National Forward published National Forward published Technical report published Technical report published Technical report published

No action taken

Structural Design Codes

BSI International Survey

GREECE National Regulations General Building Code and Building Construction Regulations (GOK) Dectee N.1577 18 December 1995 Loading of structures Royal Decree 10/31-12-1945 (FEK 32 A) Ministerial Decision D l lE/O/30123/21 10-1991 (FEK 1068JB), as modified by Ministerial Design and constructlon of Decision Dllb/12/33-1995 (FEK227 ) concrete structures Ministerial Decision EDl7a/08/32/FN W30-9-1992 (FEK 613/8), as modified by Ministerial Earthquake design Decision D17a/04/46 FN 27W20-6-1 5 (FEK 534/B) Ministerial Decision ED2a/01/22/8-3-8 (FEK 22618). as modified by Ministerial Decision Concrete technology ~14/19iwna3-1997(FEK 3 1 ~ ~ ) Steel Structures General rules Ministerial Decree D l lb/031/!3-5-199lj (FEK 383/B) for Eurocode 3 Part 1-1 and rules for building Ministerial Decree D11b/049/21-8-19$6 (FEK S O W ) for Eurocode 6 Part 1.l Masonry Structures - Rules for reinforced and unreinforcad masonry Ministerial Decree D l 1b/49/5-7-1= IFEK 383) for Eurocode 2 (Pre cast concrete structures Pre cast concrete structures

i

-

Standards Loading See regulations

Earthquake resistant design See regulations

Steel structures

protective paint systems - Part protective paint systems - Part

protective paint systems Part

€LOT EN IS0 12944-3: 1998 €LOT EN IS0 12944-5: 1998 ELOT EN IS0 12944-7: 1998

and aluminium coatings

ELOT EN IS0 14713: 1999 Guidelines (IS0 14713:1999)

Concrete structures ELOT EN 523: 1998 ELOT EN 524-1: 1998 €LOT EN 524-2: 1997 ELOT EN 5 2 4 4 1997 ELOT EN 524-5: 1997 ELOT EN 990: 1996 €LOT EN 1504-1: 1998

-

Steel strip sheaths for prestressing te dons Terminology, requirements. quality control Steel strip sheaths for prestressing teqdons -Test methods Part 1: Determination of shape and dimensions Steel strip sheaths for prestressing teodons Test methods Part 2: Determination of flexural behaviour Steel strip sheaths for prestressing teddons Test methods Part 4: Determination of lateral load resistance Steel strip sheaths for prestressing teqdons Test methods Part 4: Determination of lateral load resistance Test methods for verification of corrosion protection of reinforcement in autoclaved aerated Crete with open structure concrete and lightweight aggregate Products and systems for the protecti n and repair of concrete structures Definitions. requirements, quality control and eva ation of conformity Part 1: Definitions

Tlmber Structures ELOT EN 380: 1994 ELOT EN 383:1994 ELOT EN 384: 1995 ELOT EN 392: 1995 ELOT EN 408: 1995 ELOT EN 409 1995 ELOT EN 518: 1995 ELOT EN 595: 1995 ELOT EN 596: 1995 ELOT EN 789: 1996 ELOT EN 1193: 1998

0 BSI 2001

-

-

-

-

-

t

Masonry structures ELOT EN 1052-1: 1998 ELOT EN 1934:1998

-

-

-

-

Methods of test for masonry Part 1: Qetenninationof compressive strength Thermal performanceof buildings Ddtermlnationof thermal resistance by hot box method using heat flow meter Masonry

-

-

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-

Timber structures Test methods G neral principles for static load testing of embedding strength and foundation values Timber structures Test methods D~ermination for dowel type fasteners Structural timber Determinationof ch racteristic values of mechanical properties and density Glued laminated timber Shear test ofglue lines Timber structures Structural timber abd glued laminated timber Determination of some physical and mechanical properties Timber structures Test methods Dqkermination of the yield moment of dowel type fasteners Nails Structural timber Grading Requireients for visual strength grading standards Timber structures Test methods Test of trusses for the determination of strength and deformation behaviour Timber structures Test methods Soft body impact test of timber framed walls Timber structures Test methods Dqkermination of mechanical properties of wood based panels Timber structures Structural timber apd glued laminated timber Determination of shear strength and mechanical propertles pdrpendicutar to the grain

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-

-

-

-

-

-

-

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-

Aug-Ol

ELOT EN 1195: 1998 ELOT EN 26891 ELOT EN 28970

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f

Timber structures Test methods Performan e of structural floor decking Timber structures Joints made with mechani Ifasteners General principles for the determination of strength and deformation ch cteristics Timber structures Testing of joints made with mechanical fasteners Requirements for wood density

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Acceptable Foreign Standards All existing Eurocodes have been translated into Greek as ELOT ENV 199X-XX etc. When national regulations do not cover the design of certain types of structures, then the corresponding Eurocodes apply ( She regulations) All EN and IS0 documents listed are also acceptable.

Regulatory Body Ministry of Environment and Public Works 17 Amaliados Street GR-115 23 Athens Greece Tel: +301 643 1461-9 Fax: +301 644 7608

-

GR 104-32 Athens Tel: +30 1 523 3184 Fax: +30 1 523 4312

Tel:+30 1 212i04 37 Fax:+30 1 228 31 35

Structural Design Codes

BSI International Survey

ICELAND National Regulation National Building Regulation July 1998

Standards Loading IST 12 : 1989 IST 13 : 1989

Loads for the design of structures ( based on Danish Standard 410 ) Design and calculation of load with redpect to earthquakes.

Foundations

a

IST 15 : 1990 (based on Danish Standard 415 )

Foundation engineering

IST DS 409: 1982 ( adopted as IST 1989) IST 14 : 1989 IST DS 412: 1983 ( adopted as IST 1989) IST DS 4; 3 1982 ( adopted as IST 1989) IST DS 419: 1984 ( adopted as IST 1989)

Safety of structures Structural use of concrete structural use of steel Structural use of timber Structural use of aluminium

General IST 30 A988

Conditions of contract for building andlworks of civil engineering construction

Acceptable foreign standards

Regulatory Body

- Responsiblefor Housing

Mlnisby of lndusby and Commerce Amarhvoli IS 150 Reykjavik. Iceland

Tel: +354 560 9070 Fax: +354 562 1289

E-mail: [email protected] Website: www.stjr.is/fel

Notes Planning Agency Laugavegur 166 150 Reykjavik Iceland Phone: 354-5624100 Fax: -354-5624165 email: [email protected] Icelandic Building Research Institute(IBRI) Rb-Keidnaholt I S 112 Reykjavik iceland Tel: +354 570 7300P Fax: +354 570 7311 Revlslon of the Building standards above Is due to start during 2000.

0 BSI 2000

Sep-OO

Structural Design Codes

BSI International Survey

IRELAND National Regulations Building Regulations 1997

Standards Foundations

BS 8004: 1986

Code of practice for foundations

Loading CP 3: Chapter V Part 2: 1972 BS 5080 Part 1: 1974 (1982) BS 5080: Part 2: 1986 BS 6399: Part 11984 BS 6399: Part 3: 1988

Wind loads Tensile loading AMD 3821 Method for determining resistance to 10 'ding shear Code of practice for dead and imposedloads AMD 4949, AMD 5881, AMD 6031 Code of practice for imposed roof loads,

steel StNctUreS CP 117: Part 1: 1965 BS 449: Part 2: 1969 BS 5950: Part 1: 1985

BS 5950: Part 2: 1985 BS 5950: Part 3-1: 1990 BS 5950: Part 5: 1987

-

Structural use of steelwork in building we ofpractice for design in simple and continuous construction: hot rolled sections Structural use of steelwork in building Specificationfor materials, fabrlcation and erection: hot rolled sections AMD 6526 Structural use of steelwork in building esign in composite constructionsection Code of practice for design of floors with profiled steel sheetlng Structural use of steelwork in building b d e of practice for design of cold formed sections AMD 5957

-

P -

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Aluminium Structures CP 118: 1969

The structural use of aluminium

Concrete Structures IS 326: 1988

Masonry Structures IS 3251: 1986 BS 5390: 1976 (1984) BS 5628 Part 1: 1978 (1985) BS 5628: Part 3: 1985 Timber structures SR 11: 1988 BS 5268: Part 2: 1989

Code of practice for the structural use of concrete Code of practice for Code of practice for Code of practice for Code of practice for 4974 Structural timber for domestic constructi n Structural use of timber Part 2: Code olpractice for permissible stress design, materials and workmanship

-

Acceptable Foreign Standards See Eurocodes

Regulatory Body Department of the Environmentand Local Government The Custom House Dublin 1 Tel: +353 1 888 2000 LoCall: 1890 20 20 21

0BSI 2000

Sep-00

Notes Technical Guidance documents on the National Building Regulations are available from Government Publications Sale Office, Sun Alliance House, Molesworth Street, Dublin 2 Telephone (01) 6613111

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Building control is run by local authorities County Councils, County Borough Cwporations, Borough Corporations and Urban District Councils. Ireland also has an independent third party Planning Appeals Board An Bord Pleanala Approval and testing is carried out by National Standards Authority of Ireland Glasnevin Dublin 9 Republic of Ireland Tel: +353 1 837 0101 Fax: ~ 3 5 31 807 38 38

ELJROCODES - Ireland EUROCODE 1 ENV 1991-1: 1995 ENV 1991-2-3: 1995 ENV 1991-24: 1995 ENV 1991-2: ,1995 EiW 1991-4: 1905

Basis of design and action on structures No National Forwards published

NationalApplication Document published NationalApplication Document published National Application Document published National Application Document published National Application Document published

ELJ;~OCODE 2 ISlEFiV 1992-1-1: 195; XISIENL' 1992-1-2: 1996 XlSlENV 1992-1-3: 1995 ENV 1992-14 ENV 1992-1-5 ENV 1992-1.6

Design of concrete structures

EUROCODE 3 XlSlENV 1993- :-1 1995 ENV 1993-1-2

Design of steel structures

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2: 1998

Design of composite steel and concrete structures

EUROCODE 5 ENV 1995-1-1: 1995

Design of Timber structures

EUROCODE 6

Design of masonry structures

National Application Document published NationalApplication Document published NationalApplication Document published NationalApplication Document published National Application Document published NationalApplication Document published NationalApplication Document published National Application Document published National Application Document published National Application Document published National Application Document published NationalApplication Document published

ENV 1996-1- 1: 1996

EUROCODE 7

Geo-technical deisgn NationalApplication Document published

ENV 1997-1: 1994

EUROCODE 8

Design for provision of earthquakes and geo-technical aspects NationalApplication Document published NationalApplication Document published NationalApplication Document published NationalApplication Document published National Application Document published NationalApplication Document published NationalApplication Document published NationalApplication Document published

ENV 1998-1-1 ENV 198-1-2 ENV 1998-1-3: 1995 ENV 1998-14 1996 ENV 1998-2 ENV 1998-3: 199b ENV 19984: 1998 ENV 1998-5 EUROCODE 9

Design of aluminium structures No action taken

Structural Design Codes

BSI International Survey

ITALY National Regulations

-

Law N. 1086 Sm Novemberl971: Law for the Design and Execution of sbdctures reinforced and prestressed concrete and metal. Ministerial Decree 9 Jan 1996 Technical Regulations for the calculation, eltecution, and testing of reinforced and pre-stressed concrete and metal Circolare no. 252 15 Oct 1996 Instructionsfor the application of "Technid regulationsfor the calculation, execution, and testing of reinforced and prestressed concrete and metal" Law N. 64 2@February 1974: Law for construction with particular reference to Seismic zones

d

Ministerial Decree 16 Jan 1996 Technical regulations for earthquake resis ent structures Circolare no 69AA GA 10 aprill996 Instructionsfor the application of" T chnical regulations for eatthquake resistent structures" MinisterialDecree 16 Jan 1996 Technical regulations about general criteribs for actions on constructions Circolare no 156/AA GA 4 jull996 Instructionsfor the application of " Tedhnical regulations about general criterias for actions on constructions" Other technical regulations about foundations, masonry, pre-casting structures. dams, bridges, a.s.0 are available on request

Standards Loading UN1 9053-1:1987 UN1 9053-2:1987

Earthquake resistance UN1 9742:1990

in situ built. Points position for dimenslonal situ built. Points position for dimensional and geometrical measurement in assemblies or construction Ratcheting evaluation for structural cohponents in elevated temperature service with seismic loads

Steel structures CNR UN1 10011:1988 UN1 ENV 1993-1-1: 1994 Aluminium structures UN1 8634:1985 UN1 7876:1978 Concrete structures UN1 ENV 1992-1-1: 1993

Steel structures. Instructions of design' construction, testing and maintenance Design of steel structures General ru es and rules for buildings

1

-

Aluminium alloy structures. Instruction6for design and construction Aluminium structures. Selection of alu@iniumand aluminium alloys for structures

-

Design of concrete structures General rules and NI-

for building

Masonry structures None listed Timber structures SS UN1 U40.06.198.0

Solid timber in structural sizes. Detemiination of some physical and mechanical properties

Acceptable Foreign Standards All Eurocodes are used in Italy as voluntary standards. National forewords are inserted in all the Eurocodes. EM/ 1992-1-1 and ENV 19991-1 are cited in decrees and so have a legal status, with some modifications.

Regulatory Body Ministerio dei Lavori Pubblici Servizio Tecnico Centrale Tel+39 06 4412 4101 Fax +39 06 4426 7383

Notes Guidelines for Planning, Execution and Testing of structures against earthbuakes (1998) published by Servizio Tecnico Centrale

OBSI 2002

Jan-2002

Structural Design Codes

BSI International Survey

NETHERLANDS National Regulations Bouwbesluit (building decree) of 1990, published in Law Gazette 1990, The last amendment was published in Law Gazette 2002,203 Building decree holding technical regulations concerning the constructionof constructionworks and the state of existing construction works (This decree is based on the Housing Law but covers all building and structural work.)

Standards NEN 6700:1991/A1: 1997

-

Technical principles for building struclures TGB 1990

Loading

-

NEN 6702:1991/Al: 1997

TGB 1990 Loadings and deformations

NEN 2608:

Glass in building Resistance agains windloading

-

Geotechnical design

-

- Requirementsand determination method

-

NEN 6740:1991/A1:1997

Geotechnics TGB 1990 Basic requirements and loads

NEN 6743:1991

Geotechnics - Calculation methad for bearing capacity of pile foundation Compression piles

NEN 6744:1991

Geotechnics - Calculation methad for shallow foundations

Steel structures NEN 6072:1991/A1:1997 NEN 6770:1997 NEN 6771:2000 NEN 6772:2000 NEN 6773:2000 NEN 6774:2000 NEN 6786:1998 NEN 6788:1995/A1:1999

Determination by calculation of the fire resistance of building elements. Steel structures TGB 1990 Steel structures Basic rdquirements and basic rules for calculationof predominantly statically loaded TGB 1990 Steel structures - Stabili TGB 1990 Steel structures and basic rules for calculationand test of TGB 1990 Steel structures predoninantly statically loaded thin ga/uge sections and corrugated sheeting. TGB 1990 Steel structures Requiqements for steel qualities for construction steels in relation to brittle fracture of pre-dominantly s tically loaded structures Rules for the design of moveable (mlbile) bridges Design of steel bridges Basic requirements and simplified rules

-

-

-

-

Aluminium structures NEN 6710:1991/A1:1997

-

Technical principlesfor building struclures TGB 1990; Aluminium structures. Basic requirements and basic rules for calcqrlation of predominantlystatically loaded structures

Concrete structures NEN 6071:1991/A1:1997 NEN 6720 :1995/Al 3997: NEN 6723:1995

-

-

Masonry structures NEN 6790 :1991/A1 :1997

It

Determinationby calculation of the fir resistance of building elements. Concrete structures. TGB 199ONBC 1995 Regulations r concrete Structural requirementsand calculation methods Concrete bridges Structural requirements and calculation methods

-

TGB 1990 Masonry structures Basic requirements and determinationmethods

Timber structures NEN 60731991/A1:1997 NEN 6760:1997 NEN 6762:1997 NEN 6763:1996 NEN 6765:2001

Determinationby calculationof the fir+ resistance of building elements. Timber structures TGB-1990 Timber structures General principles Requirementsand determination methods Dowel type fasteeners for use in loadibearing timber structures. Glue laminated timber Product cha$cteristics and determination methods Connections for timber structures- Determination of strenth and stiffness.

-

-

-

-

Roof covering NEN 6707:1991/A1:1997

Fixed roof coverings. Requirements and determinationmethods

Acceptable Foreign Standards See Eurocodes

Regulatory Body Ministerie van Volkhuisvesting Ruimtelijke Ordening en Milieubeheer (VRDM) Ministry of Housing, Spatial Planning, and the Environment

0 BSI 2002

July 2002

BSI international Survey

Structural Design Codes

Notes Building decree and Building regulations are enforced by the local authorftieswho also deal with permits. Vereniging van Nederlandse Gemeenten Nassaulaan 12 Postbus 30435 2500 GK Den Haag tel: 070 - 373 83 93 fax: 070 - 363 56 82

EUROCODES - Netherlands EUROCODE 1 ENV 1991-1 ENV 1991-2-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-2-4 ENV 1991-2-5 ENV 1991-2-7 ENV 1991-3 ENV 1991-4 ENV 1991-5

ENV 1991: Basis of design and actions oh structures

EUROCODE 2 ENV 1992-1-1 ENV 1992-1-2 ENV 1992-1-3 ENV 1992-1-4 ENV 1992-1-5 ENV 1992-1-6 ENV 1992-2

ENV 1992: Design of concrete structures

EUROCODE 3 ENV 1993-1-1 ENV 1993-1-2 ENV 1993-1-1/Al ENV 1993-1-1/A ENV 1993-1-3

Design of steel structures

EUROCODE 4 ENV 1994-1-1

Design of composite steel and concrete Qtructures

EUROCODE 5 ENV 19951-1 ENV 1995-1-2

Design of timber structures

EUROCODE 6 ENV 1996-1-1 ENV 1996-1-1

Design of masonry structures

EUROCODE 7

Geo-technical design

ENV 1997-1ENV 1997-2 ENV 1997-3

Expectedsoon Expectedsoon Expected soon

EUROCODE 8

Design provisions for earthquakes and ggotechnlcal aspects

National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published NationalApplication Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published NationalApplication Document Published National Application Document Published National Application Document Published National Application Document Published National Application Document Published

National Application Document Published National Application Document Published National Application Document Published

National Application Document Published National Application Document Published

NationalApplication Document Published National Application Document Published National Application Document Published

No action taken

EUROCODE 9

Design of aluminium structures No action taken

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

NORWAY National Building Code

Technical Regulations under the Building and PlanningAct 1997 Regulations concerning requirementsbr construction works and products for construction works.

StandardslRegulations NS 3481: 1989

Soil investigation and geo-technical d+gn for marine structures

Loading NS 3479: 1990 Earthquake resistance

-

Design of structures Design loads Informationcurrently unvaiiable

Steel structures NS 470: 1969 NS 3472: 1984 NS 5514: 1978 Aluminium structures NS 3471: 1973 Concrete structures NS 3475: 1975 Masonry structures NS 3475: 1981

limber structures NS 3470: 1989 Composite structures NS 3476: 1988

Rules for the design and fabrication of welded steel structures Design rules Steel structures Design rules Cranes and lmng applignces Steel structures

-

-

-

Design rules -Aluminium structures

-

Design rules Concrete structures

Design rules - Timber structures

Design rules Masonry structures

Composite structures of steel and concrete

Acceptable Foreign Standards See Eurocodes

Regulatory Body Kommunal-Og Regionaledepartmentet (KRD) Ministry of Local Government and Regional Development

Notes

National Office of Building Technology and Administration PO Box 8742 Youngstorget N-0026 Oslo Norway Tel: +47 22 47 56 00 Fax: +47 22 47 56 11 Website: www.bebbygg.no Norges Byggstandardiserings~~o~egian Council for Building Standardization Forskningsveien3 b. P.0.Box 129 Blindem N-0314 OSLO Tel: +47 22 96 59 50 fax +47 22 60 85 70 email: [email protected] URL: www.nbs.no

0 BSI 2000

Sep-00

EUROCODES - Norway EUROCODE 1

ENV 1991: Basis of design and actions on structures No action taken

ENV 1992: Design of concrete

EUROCODE 2 ENV 1992-1-1

f&&%\yFo%ard published

EUROCODE 3 ENV 1993-1-1

National Forward published

EUROCODE 4 ENV 1994-1-1

National Forward published

National Application Document published

Design of steel structures Design of composite steel and concrete structures

EUROCODE 5 ENV 1995-1-1

Design of timber structures

EUROCODE 6

Design of masonry structures

National Forward published

National Application Document published

No action taken

EUROCODE 7

Geo-technical design

ENV 1997-1

National Forward published

EUROCODE 8

Design provisions for earthquakes and geotechnical aspects No action taken

EUROCODE 9

Design of aluminium structures No action taken

National Application Document published

BSI International Survey

Structural Design Codes

PORTUGAL National Regulations RGEU Regulamentodas Edifica@es Urbanas The RGEU is divided into three sections: Documents containing design and execution standards of which )43 are of a general nature, 52 concern the location of buildings and 11 the execution of the project Documents listing the technical standards applicable to specific #pes of construction project. such as water supply, waste water systems, gas, electridty and industrial establishments Documents containing the technical standards applicable to builqing projects which are carried out in autonomous regions of Madeira and the Azores

Standards Loading Decreto-Le1235183

Potuguese Loading Regulations. Stru@uralSafety and loading regulations for buildings and bridges

Earthquake resistance INCES 5

Portuguese Earthquake Resistant regpiations 1987.

steel StNdUreS Decreto-Lei 211/88

Regulations for steel structures in builbings

Concrete structures Decreto-Lei 3494C83

Structures of reinforced concrete

Acceptable Foreign Standards See Eurocodes

Regulatory Body Ministry of Public Works. Planning and Regional Administration National Laboratory of Civil Engineering LNEGLaboraMrio Nacional de Engenharia Civil AV. do Brasil, 101, 1799 Usboa Codex Tel: +351 1 848 213. Fax: +351 1 849 7660

Notes New local and imported construction materials or processes need to be approved by the LNEGLaboraMrio Nacional de Engenharia Civil (National Laboratory of Civil Engineering), which undertakes a study and issues a RecWication Document. AECOPS-Associa@o de Empresas de ConstruHo e Obras Pljbiicas Rua Duque de Palmela, 20, 1250 Lisboa Tel: 1-311 0200. Fax: 1-3554810

0 BSI 2000

sep-oo

-

EUROCODES Portugal Basis of Design and actions on structures ENV 1991-1-1

National Forward published (Portugese)

EUROCODE 2 ENV 1992-1-1: 1993

Design of concrete structures

EUROCODE3 ENV 1993-1-1: 1993

Design of steel structures

EUROCODE~ ENV 1994-1-1: 1994

Design of composite steel and concrele structures

EUROCODE 5

Design of timber structures

ENV 19951-1: 1994

National Forward published (Portugese)

EUROCODE 6

Design of masonry structures

National Forward published (Portugese) National Forward published (Portugese) National Forward published (Portugese)

No action taken EUROCODE 7 ENV 1997-1: 1996

Geo-technicai design

EUROCODE 8

Design provisions for earthquake resi$tance of structures

National Forward published (Portugese) No action taken

EUROCODE 9

Design of aluminium structures No action taken

Structural Design Codes

BSI International Survey

SPAIN National Regulations Bullding Act Act W l 9 9 9 of 5" November 1999' Real Decreto 1650/1977dei Ministerio de ia Viiienda NBEAE 88 Actions on structures Decreto 195/1963, Real Decreto 137Uf1988 Ch. 1: General Ch 2: Gravitational Forces Ch 3: Superioads of Use Ch 4: Snow supedoads Ch 5: Wind Action Ch 6 Thermic and Rheoiogic Action Ch 7: Earthquake Actions Ch 8: Pressures on Cementation soil Ch 9: Groundthrusts Plus: Building Engineering standards, ECG: Gravitational Forces, ECR! Retraction Forces, ECS: Seismic Forces. ECT Thermal Forces, ECV Wind forces NBE-EA95 Steel structures in construction Real Decreto 1829/1995 NBE-FL-90 Resistantbrick walls Real Decreto 1723/1990 NBE-QB-90 Impermeable bitumen covets Real Decreto 1572/1990 NBE-CA-88Acoustic requirements in buildings Real Decreto 190911981 NBE-CPI-96 Protection against fire Real Decreto 2177/1996 NBE-CT-79 Thermal conditions in buildings Real Decreto 2429/1979 NCSE-94 Seismic resistance Construction Standard: General and building Real Decreto 2543/1994 EHE Instruction for structural concrete Reinforced and prestr6ssed EF-96 Instructions for design and execution of unidirectional castings of reinforced and prestressed concrete.

-

-

-

-

-

-

-

-

-

Standards UNE 76207: 1991

-

-

Bases for the design of structures NQtations General symbols

Loadlng See regulations

Earthquake resistance See regulations

Steel structures UNE 76101: 1990

Construction of steel structures

Concrete structures See regulations

limber structures UNE-EN 26891: 1992 UNE-EN 28970 1992 UNE-EN 380: 1998 UNE-EN 338: 1995

-

1

Timber structures Joints made with echanical fasteners. General principles for the determination of strength and deform tion characteristics (IS0 6891) Timber structures. Testing of joints m de with mechanical fasteners requirements for wood density (IS0 8970)

-

-

Timber structures -test methods Geheral prindpiesfor static load testing Structural timber Strength classes

-

Acceptable Foreign Standards See Eurocodes

Regulatory Body Ministerio de la Vivienda Ministerio de Obras Plibllcas y Urbanismo

Notes

4

'This law authorises the government to approve, by means of a Royal D ee within two years of this act coming Into force. a Technical Building Code which establishes the requirements to be met by buildings in relation to the basic requirements. Until such approval the Basic Building Regulations (NBE (Normas BBsicas de la Edi caci6n) shall be used to satisfy such basic requirements.

0 BSI 2000

Sep-00

EUROCODES - Spain EUROCODE 1 ENV 1991-1-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-2-4 ENV 1991-2-5 ENV 1991-2-6 ENV 1991-3 ENV 19914 EUROCODE 2 ENV 1992-1-1 ENV 1992-1-2 ENV 1921-1-3 ENV 1992-1-4 ENV 1992-1-5 ENV 1992-1-6 ENV 1992-2 EUROCOOE 3 ENV 1993-1-1

ENV 1991: Basis of design and actions on structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

ENV 1992: Design of concrete National Application document published National Application document published

6!!!%&%%ard published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

National Application document published

Design of steel structures National Forward published

Design of composite steel and concrete structures

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2

National Forward published National Forward published

EUROCODE 5 ENV 1935-1-1 ENV 1095-1-2

National Forward published National Forward published

National Application document published National Application document published

Design of timber structures

EUROCODE 6 ENV 1996-1-1

Design of masonry structures

7 EUROCODE ENV 1997-1

Geo-technical design

EUROCODE 8 ENV 1998-1-1 ENV 1998-1-2 ENV 1998-2 ENV 1998-5

Design provisions for earthquakes and geotechnical aspects National Forward published National Forward published National Forward published National Forward published

EUROCODE 9

Design of aluminium structures

National Application document published

National Forward published National Forward published

No action taken

,

Natiolral Application document published

Structural Design Codes

BSI International Survey ,

National Regulations

,

...

I

Building Regulations, BBR Of the Swedish Board of Housing, Building an Planning (BFS 1993:57 with amendments to BFS 1998:38) contains mandatory provisions and general recommendations p rsuant to the planning and Building Act (1987:10), PBL, the Planning and Building Decree (1987:383), the Act on Technical requir ments for ConstructionWorks etc (1994:847) and the Decree on technical requirementsfor ConstructionWorks etc (1994:12151. Design Regulations, BKR Of the Swedish Board of Housing, Building and/planning(BFS 1993:58 with amendments'toBFS 1998:39) pursuant to the Planningand Building Act (1987:10), PBL, the A@on Technical requirementsfor Construction Works etc (1994:847) and the Decree on technical Requirements for Constructionbhrks etc (1994:1215)

a

Section 2: General Regulationsfor loadbearing structures Section 3: Actions Section 5: Timber structures Section 6: Masonry structures Section 7: Concrete structures Section 8: Steel structures Section 9: Aluminium structures Section 10: Resistancein case of fire

Standards There are no mandatory standards in Sweden.

Acceptable Foreign Standards See Eurocodes

Regulatory Body Boverket Building and Housing Administration Physical address Drottninggatan18 Postal adress: Box 534 371 23 KARLSKRONA Tel: +46 45535 30 00 fax:+46 45535 31 00 www. boverketse

-

-

Notes Planning permits from Local authorities Sweden has a non-mandatory system for technical approvals of building products handled by ackredited approval bodies. E.g: SITAC Swedish Institute for Technical Approval Tel: +46 455 20600 httpYhww.sitac.se BKR and BBR are available in English at the web-site www.boverket.se or from [email protected]

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

-

EUROCODES Sweden EUROCODE

1

ENV 1991-1-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-2-5 ENV 1991-2-7 ENV 1991-3 ENV 1991-4 EUROCODE 2 ENV 1992-1-1 ENV 1992-1-2 ENV 1922-1-3 ENV 1992-1-4 ENV 1992-1-5 ENV 1992-1-6 ENV 1992-2 ENV 1992-4

ENV 1991: Basis of design and actiOns on structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

ENV 1992: Design of concrete structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

National Application document published National Application document published National Application document published National Application document published National Application document published National Application document published NationalApplication document published National Application document published NationalApplication document published NationalApplication document published NationalApplication document published NationalApplication document published National Application document published

EUROCODE 3

Design of steel structures

ENV 1993-1-1 ENV 1993-1-2 ENV 1993-1-3 ENV 1993-1-4 ENV 1993-1-5 ENV 1993-2 ENV 1993-3-2 ENV 199343

National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2

National Forward published National Forward published

EUROCODE 5

Design of timber structures

ENV 19951-1 ENV 19951-2 ENV 19952

National Forward published National Forward published National Forward published

EUROCODE 6

Design of masonry structures

ENV 1996-1-1 ENV 1996-1-3

National Forward published National Forward published

EUROCODE 7 ENV 1997-1 ENV 1997-2 ENV 1997-3

Geo-technical design

EUROCODE 8

Design provisions for earthquakes dnd geotechnicai aspects

NationalApplication document published National Application document published NationalApplication document published NationalApplication document published National Application document published National Application document published National Application document published

Design of composite steel and concpte structures

National Forward published National Forward published National Forward published

National Application document published National Application document published National Application document published National Application document published National Application document published NationalApplication document published National Application document published National Application document published

No action taken EUROCODE 9 ENV 19941-1 ENV 1999-2

0 BSI 2002

Design of aluminium structures National Forward published National Forward published

July 2002

SWITZERLAND National Regulations There is no single Building Code in Swikerland but many regulations. The Central Governmentmakes no prescriptions to buildings not owned by itself. The 25 Cantons co-ordinate the Regulationswith the ;local Municipality.

Standards Loading SIA 160: 1989 SN 505160

Actions on structures

Steel structures SIA 161: 1990 SN 555161 SIA 161/1: 1990 SN 555161-1

Steel structures Steel structures Quality managemedt, operation. testing, materials

-

Concrete structures SIA 162: 1993 SN 562162 SA1 162-1: 1989

Concrete structures Concrete structures Materials testing

-

Masonry structures SIA 177: 1995

a

Masonry structures

limber Structures SIA 164: 1992 SN 553164 SIA 164-1: 1986

Timber structures Timber materials

Composite structures SIA 162/6: 1999

Steel reinforced concrete

Acceptable Foreign Standards See Eurocodes Swiss Building standards are not mandatory. Engineers can use any Desi n standards if agreed with the owner of the building. The owner on the other hand has to make sure, that his work is safe to users tnd the public and has therefore an interest that standards are used. This is normally documented In the contract agreements. If any gispute arises the law tends to accept standard as "state of the art". So its good practice to use standards but it is not mandatory.

Regulatory Body There is no single Regulatory Body in Swikerland.

Notes Building Standards are taken care of by Swiss Society of Engineers and Architects Selnaustrasse 16 Ch 8039 ZOrich

a

Tel: +41 1 283 15 15 Fax: +41 1 201 63 35 www.sia.ch

a 0 BSI 2000

Sep-00

EUROCOLJES - Switzerland EUROCODE 1 ENV 1991-1-1 ENV 1991-2-2 ENV 1991-2-3 ENV 1991-2-4 ENV 1991-2-5 ENV 1991-3 ENV 1991-4 EUROCODE 2 ENV 1992-1-1 ENV 1992-1-2 ENV 1921-1-3 ENV 1992-1-4 ENV 1992-1-5 ENV 1992-1-6 ENV 1392-2

ENV 1991: Basis of design and actions on structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

ENV 1992: Design of concrete structures National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published National Forward published

Design of steel structures

EUROCODE 3 ENV 1993-1-1 ENV 1993-1-2 ENV 1993-1-3 ENV 1993-3-2

National Forward published National Forward published National Forward published National Forward published

EUROCODE 4 ENV 1994-1-1 ENV 1994-1-2

National Forward published National Forward published

EUROCODE 5 ENV 1995-1-1 ENV 1995-1-2

National Forward published National Forward published

Design of timber structures

Design of masonry structures

EUROCODE 7 ENV 1997-1

Geo-technical design

EUROCODE 9

National Application document published National Application document published

National Application document published National Application document published National Application document published

Design of composite steel and concreie structures

EUROCODE 6 ENV 1996-1-1 ENV 1996-1-3

EUROCODE 8 ENV 1991-1-1 ENV 1998-1-2 ENV 1998-1-3 ENV 1998-2

National Application document published National Application document published National Application document published National Application document published

National Forward published National Forward published National Forward published

National Application document published

National Application document published

National Application document published National Application document published National Application document published

Design provisions for earthquakes and geotechnical aspects National Forward published National Forward published National Forward published National Forward published

Design of aluminium structures No action taken

National Application document published National Application document published National Application document published National Application document published

Structural Design Codes

BSI International Suwey

UNITED KINGDOM National Regulations The Building Regulations: 2000 plus amendments Approved Document A Structure

-

Standards BS 8004:1986

Code of practice for foundations

Loading BS 6399-1: 1996 BS 6399-2: 1997 BS 6399-3: 1988 CP3CHVPart2:1972

for dead and imposed loads

Loading for buiidings. Code of practi

(proposed for declaration of obsolescence)

Earthquake resistance None

Steel structures BS 449-2: 1969 BS 5950-1: 2000 BS 5950-2: 1992 BS 5950-3: Section 3.1: 1990 BS 5950: Part 4: 1994 BS 5950: Part 5: 1998 BS 5950 Part 6: 1995 BS 5950: Part 7 1992 BS 5950:Part 8:1990 BS 5950:Part 9:1994

tee1 in building. Metric units Specification for the use of Code of practice for design in simple and continuous Structural use of steelwork in construction: hot rolled sections. Structural use of steelwork in building.;Specification for materials, fabrication and erection: hotrolled sections Structural use of Steelwork in building.' Design in composite construction. Structural use of steelwork in building.ICode of practice for design of composite slabs with proflledsteel sheeting. Structural use of steelwork in buildlng.'Code of practice for design of cold formed sections. Structural use of steelwork in buildingjCodeof practice for design of light gauge profiled steel sheeting. Specification for materials and workmenship: cold formed sections. Structural use of steelwork in building. Structural use of steelwork in building.'Code of practice for fire resistant design. Structural use of steelwork in building.,Code of practice for stressed skin design.

I

Aluminium structures BS 8118:Part 1:1991 BS 8118:Part 2:1991

Structural use of aluminium. Code of dractice for design. Structural use of aluminium

CP 118:1969

Concrete structures BS 8110-1: 1997 BS 8110-2: 1985 BS 8110-3 1985

Masonry structures BS 5390: 1976 BS 5628:Part 1:1992 BS 5628:Part 22000 BS 5628Part 3~1985

Structural use of concrete Structural use of concrete Structural use of concrete and rectangular columns

-

-

reinforced beams

-

Code of practice for stone masonry Code of practice for use of masonry Code of practice for use of masonry Code of practice for use of masonry

-

use of unreinforced masonry. use of reinforced and prestressed masonry and components, design and workmanship.

Timber structures BS 5268-2: 1996

BS 52683:1998 BS 52684. I:1978 BS 5268-4.2:1990 BS 5266-5: I989 BS 5268-6.1:1996 BS 5268-7.1 :1989

BS 5268-7.2:1989 BS 526&7.3:1989 BS 5268-7.43989 BS 5268-751990

0 BSI 2001

Structural use of timber. Code of pracdce for permissiblestress design, materials and workmanship Structural use of timber. trussed rafter roofs timber structures. Recommendationsfor calculating Structural we of timber. Fire fire resistance of timber members Structural use of timber. Fire resistancb of timber structures. Recommendationsfor calculating fire resistance of timber Structural use of Umber. Structural use of Umber. storeys Structural use of timber. Recommend4onsfor the calculation basis for span tables. Domestic floor joists Structural use of timber. Recomrnendaltions for the calculation basis for span tables. Joists for flat roofs Structural use of timber. Recommendflons for the calculation basis for span tables. Ceiling joists structural use of timber. Ceiling binde Structural use of timber. Recommend$ons for the calculation basis for span tables. Domestic rafters

Aug-Ol

BS 5268-7.6:1990 BS 5268-7.7:1990

Structural use of timber. Recommendation%For the calculation basis for span tables. Purlins supporting rafters Structural use of timber. Recommendations f i r the calculation basis for span tables. Purlins supporting sheeting or decking

Acceptable Foreign Standards See Eurocodes

Regulatory Body Department of Transport, Local Government and the Regions Eland House, Bressenden Place, London, SWlE 5DU. Tel: 020 7944 3000 http:/b~.construction.dtIr.gov.uk/bregs/index.htm

Notes Building control in the UK is run by Local Authorities who enforce the regulations and give planning permission. The current building regulations are mandatory however there are plans to relax dtructural design to allow for innovative design. These plans are in the early discussion phase. EuropeanTechnicai Approval notified bodies in the UK for construction products British Board of Agrement (BBA) PO Box 195, B::cknalls Lane, Garston, Watford, WD2 7NG

Tel: 01923 665306 Fax: 01923 665301 E-mail: [email protected] Website: http://wbw.bbacerts.co.uk WMLAS Limited St Poter's House, 6-8 High Street, Iver. Buckinghamshire,SLO 9NG

Tel: 01753 737744 Fax: 01753 792321 E-mail: [email protected]

BSI International Survey

Structural Design Codes

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EUROCODES UK EUROCODE 1 DD ENV 1991-1 DD ENV 1991-2-1 DD ENV 1991-2-2 DD ENV 1991-2-3 DD ENV 1991-2-4 DD ENV 1991-3

DD ENV 1991: Basis of design and actions on structures

EUROCODE 2 DD ENV 1992-1-1 DD ENV 1992-1-2 DD ENV 1921-1-3 DD ENV 1992-1-4 DD ENV 1992-1-5 DD ENV 1992-4

DD ENV 1992: Design of concdte structures

EUROCODE 3 DD ENV 1993-1-1 DD ENV 1993-1-2

Design of steel structures

EUROCODE4 DD ENV 1994-1-1

Design of composite steel and 4oncrete structures

EUROCODE 5 DD ENV 19951-1 DD ENV 19951-2

Design of timber structures

EUROCODE 6 DD ENV 19961-1 DD ENV 1996-1-2

Design of masonry structures

EUROCODE 7 DD ENV 1997-1

Geo-technical design

EUROCODE 8 DD ENV 1998-1-1 DD ENV 1998-1-2 DD ENV 1998-1-3 DD ENV i w a i - 4 DD ENV 1998-2

Design provisions for earthquab and geotechnical aspects

9 EUROCODE

Design of aluminium structures No actlon taken

0 BSI 2001

National Application document published National Application document published National Application document published National Forward published National Forward published National Application document published National Application document published National Application document published National Application document published National Application document published National Application document published National Application document published

National Application document published National Application document published National Application document published National Application document published National Application dowment published National Application document published National Application document published National Application document published National Forward publlshed National Forward published National Forward published National Forward published National Fomard published

Aug-Ol

Structural Design Codes

BSI International Survey I

REST OF THE WORLD

Structural Design Codes

BSI International Survey

ARGENTINA National Regulations

4

No national Building Regulation exists. CIRSOC Codes are mandatory r every national public work. Each Province or municpaiity has the power to make them mandatorywithin their jurisdiction through eir building code. The Building code and Town Planning Code from the City of Buenos A r i k is the most used code and is followed by many other cities. The following are structural design rules produced for CIRSOC REGLAMENTOCIRSOC 101 REGLAMENTO CIRSOC 102 RECOMENDACIONCIRSOC 102-1 REGLAMENTO INPRESCIRSOC 103 REGLAMENTOCIRSOC 104 RECOMENDACIONCIRSOC 105 RECOMENDACIONCIRSOC 106 RECOMENDACIONCIRSOC 107 REGLAMENTOCIRSOC 201 RECOMENDACIONCIRSOC 201-1 REGLAMENTOClRSOC 202 REGLAMENTOCIRSOC 204 DlSPOSlClONURSOC 251 REGLAMENTOCIRSOC 301

Structural loading of buildings Cargas y sobrecargas gravitatorias era el dlculo de estructurasde edificios Edici6n julio 1982 Wind loading Acd6n del viento sobre las construcdiones Edici6n Diciembre 1984 (incluye separata con FE DE ERRATAS 1994) Actions on structures Wind loading Acd6n dinemica del viento sobre iaslconstrucdones Edicidn Julio 1982 Seismic constructions Nonnas Argentinas para las Constru*ones sismorresistentes Edici6n Noviembre 1983 Edicibn Agosto 1991 Ice and snow loading Accidn de la nieve y del hieio sobre Igs construcciones Edici6n Julio 1982 Actualizaci6n 84 (Fe de erratas) Combination loading Superposicidn de acdones combi in+%%^ de estados de carga) Edici6n Julio 1982 Dimensioning of safety co-eflicients Dimensionamiento del coeficiente da seguridad Edici6n Julio 1982 Actuaiizaci6n 34 (Fe de erratas) Atmospheric thenai loading Acci6n tBrmica climdtica sobre las nstrucciones Edici6n Julio 1982 Calculationand execution of steel re' forced concrete Proyecto dlculo y ejecucibn de es cturas de hormigdn annado y pretensado Edicidn Julio 1982 Actualizaci6n 1984 Steel for reinforced concrete with Bs I= 500 MN/m3 y Bs = WO MN/m 3 Acero para honnigdnannado con B i = 500 MN/m3 y Bs = 600 MN/m 3 Edid6n Julio 1932 Non-reinforced ocncretefor compact structures Dimensioning, manufacture and quality Honlg6n liviano de estructura comphcta. Dimensionamiento. elaboraci6n y control Edicidn Matzo 1985 Partially prestressed concrete Honnig6n pretensado parcial Ediciqn Enero 1986 Steel for structures of reinfoced conclete test methods and acceptability criteria Acero para estructuras de honnig6n brmado. MBtodosde ensayo y condidonesde aceptaci6n Edid6n Julio 1982 Steel structures for building Design calculation, manufacture Proyecto. dlculo y ejecuci6n de es4cturas de acero para edlficios Edicidn Julio 1982 Actualtzaci6n 1984

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3

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RECOMENDACIONClRSOC 301-2 REGLAMENTOCIRSOC 302 RECOMENDACIONCIRSOC 302 1

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RECOMENDACIONClRSOC 303 REGLAMENTOCIRSOC 304 REGLAMENTOCIRSOC 306

Light steel structures Estructuraslivianas de acero EdlciUnAgosto 1991 Welded steel structures Estructurasde acero soidadas Edic)bn Diciembre 1992 Steel structuresfor antenna Estructurasde acero para antenas Edidbn Diciembre 1991.

-

-

-

Standards Loading IRAM 11602

Actions of snow on buildings

Earthquake resistance See above

Steel structures See above

0 BSI 2001

Aug-Ol

Aluminium structures Concrete structures IRAM 11705 IRAM 11706

-

Reinforced and prestressed concrete silos Design for loading Reinforced and pre-stressed concrete silos Conditions and requirements for construction

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Masonry structures none

Timber structures None

Acceptable Foreign Standards Generally foreign codes are not acceptable in Argentina. Any foreign company involved in design projects. which uses their own niational codes must verify them with

CIRSOC.

Regulatory Body INSTITUTO NACIONAL DE TECNOLOGIA INDUSTRIAL CIRSOC Centro Argentino de Investigacibn de 10s Reglamentos Naciondlesde Seguridad para las Obras Balcarce 186 1" piso Of.138, (1064) Capital Federal Argentina Ing. Marta Parmlgiani Tel: +54 1 1 4349852OlW24 E-mail: [email protected]

Structural Design Codes

BSI International Survey

National Regulations SNIP 11-7-81 SNIP 22-01-96 SNIP 2.01.15-90 SNIP 2.03.04.84 SNIP 111-24-75

Constructionin seismic areas Geophysics of dangerous natural influences Engineeringprotection of territories; buildinga, structuresfrom dangerous geological processes. Basic design rules. Design manual for concrete and reinforced cdncrete structures for the use oat high and extremely high temperatures Industrialfurnaces and stacks

Standards Loading SNIP 2.01.07-85 SNIP 2.02.05-87 SNIP 2.06.04-82 SNIP 2.03.01-87

Loads and efects Foundations for machinery producing impact oad Loads and effects arising on hydraulic structu es from Seaway, Ice and Vesseis ' Load bearing structures and unclosures

I

Earthquake resistance SNPA 11-2.02-94

Constructionin seismic areas

Steel structures SNIP 11-23-81 GOST 23682-79 GOST 2404594 GOST 26047-83 SNIP 111 1875

Steel structures Steel stepped columns for buildings with general purpose travelling electric cranes having loadcarrying capacity up to 50 1. Specifications for building. Specifications Metal structures

Aluminium structures GOST 22233-93 GOST 24767-81 SNIP 2.03.0695

Extruded profiles of aluminium Cold bent profiles of aluminium Specifications Aluminium structure designs

Concrete structures GOST 13015.0-83 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.03.04-84 SNIP 2.03.0485

Precast concrete structures and members Concrete and reinforced concrete structures Dense silicate plain concrete and reinforced ncrete structures Design manual for concrete and reinforced q c r e t e structures for the use at high and extremely high temperatures Asbestos -cement structures ~

Masonry structures

0

SNPA IV-13.01-96 GOST 24992-81 SNIP 11-22-81

Masonry and reinforced masonry structures Masonry structures. Method of estimating bonbing strength in masonry Masonry and reinforced masonry structures '

limber structures GOST 4981-87 SNIP 11-25-80

Wooden joists Wood structures

Acceptable Foreign Standards With the exception of a few areas covered by international conventions foreign anb internationalstandards are not recognized and can not be officially used in Armenia unless adopted by the appropriate authority. At present Eurocodes are not acceptable in Armenia.

Regulatory Body Ministry of Urban Development Government House 3, Republic Square Yerevan 375010 Tel: +3741 580803. Fax:+ 3742523200

Notes SNIP documents are building regulations and standards from the former USSR. GbST- standards are from the former USSR. They continue to be used in Armenia both with and without changes.

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey I

AUSTRALIA National Regulations Building Code of Australia 1996 Volume 1: Commercial Buildings Volume 2: Housing Provisions

Standards Loading SAA Loading Code Minimum design loads on structures (In SAA Rul ST/l) Dead and live load? and load combinations AS 1170.1-1989 AS 1170.2-1989 Wind loads Snow loads (indudes supplement) AS 1170.3-1990 Earthquakeloads (indudes supplemenp) AS 1170.4-1993

Earthquake resistance Steel structures SAA Steel Structures Code AS 3990: 1993 AS 4100 : 1998 ASlNZS 4600:1996 HB 4 8 1999

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Mechanical equipment Steelwork Steel structures (includes supplement) I Cold-formed steel structures (inlcudes upplement) Steel structures design handbook for glneral advice.

Aluminium structures SAA Alumlnlum Structures Code Aluminium structures-limit state ASMZS 1664.1:1997 Aluminium structures-Allowable ASMZS 1664.2:1997

(includes supplement) esign (includes supplement)

Concrete structures Concrete Structures AS 3600: 1994 Supplement to AS 3600: 1994

Concrete structures Concrete structures Commentary

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Masonry structures Masonry Structures AS 3700: 1988

Masonry in buildings

llmber structures SAA limber Structures Code AS 1720.1-1997 Timber structures Design methods limber structures Tlmber properties AS 1720.2-1990 National Timber Framing Code AS 1684-1992

-

Others SAA CompositeConstructionCode Composite structures AS 1562.1-1992 Design and installation of sheet roof a wall cladding-Metal AS 4040.0-1992 Methods of testing sheet roof and wall adding-Introduction. list of methods and general requirements AS 4040.1-1992 Methods of testing sheet roof and wall @adding-Resistanceto concenlrated loads AS 4040.2-1992 Methods of testing sheet roof and wall hladding-Resistance to wind pressures for noncyclone regions SAA Code for Flxed platforms, Walkways, Stairways and Ladders AS 1657-1992 Fixed plaffonns, walkways, stairways ahd ladders Design, construction and installation Accesslblilty AS 1428.1-1998 Design for access and mobility-General requirements for access Building#

c

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-

Acceptable Foreign Standards BCA is a Performancebased Code which is updated every 6 months.

0 BSI 2001

Aug-Ol

Regulatory Body Australia:. Building Codes Board GPO Box 9839 Canberra ACT 2601 Australia Tel: +11 612 6213 7842 Fax: +11 612 6213 7287 www.abcb.gov.au The Board was established by means of an inter-governmentagreement signed by the Commonwealth, State and Territory Ministers responsible for building regulatory matters on 1 March, 1994. The ABCB is responsible for developing Building Code. Local Councils enforce the Code under Local Government Acts.

Notes Australian Building System Appraisal Council Administration Secretariat CIC MBA VIC East Melbourne Vic 3000 Australia Tel: +11 61 3 9411 4511 Fax: +11 61 3 9411 4592 Appraises building products and offers technical opinions regarding compliance with BCA. The Building Code of Australia 1996 and BCA Standards are available ftom Standards Australia PO Box 1055, Strathfield, NSW 2135 Tel: +61 2 9746 4777 Fax: +61 .i900 654 94s Email: [email protected]

Structural Design Codes

BSI International Survey

AZERBAIJAN Standards Loading SNIP 2.06.04-82 SNIP 2.01.07-85 SN 528-80 GOST 27751-88

Loads and effects arising on hydraulicstructuresfrom Seaway, Ice,and Vessels Loads and effects Measurement units for use in the condtruction Reliability of the constructions and the!foundations.Principle rules of the calculations

Earthquake resistance SN 429-71 SNIP 11-7-81

Direction for disposition of building objkcts and restriction for building floors in earthquake areas Construction in seismic areas

Steel structures SNIP 11-23-81 SNIP 2.04.12-86 SN 527 -80 SNIP 111-18-75

Steel structures Strength analysis of steel pipelines Instruction for designing technological:steel pipelines Metal structures

Concrete structures SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.06.0685 SN 277-80 SN 52580 SN 529-80 SNIP 2.03.04.84 SNIP 2.06.08-87

it

Concrete and reinforced concrete stru ures Dense silicate plain concrete and rein rced concrete structures Concrete and reinforced dams Instruction for production of light concrkte Instruction for production of polymerisi g concrete Instruction for production of solid sili e concret Design manual for concrete and reinf&ced concrete structures for the use oat high and extremely high temperatures Concrete and reinforced concrete strubtures for hydraulic facilities

J

Masonry structures SNIP 111-2475 SNIP 11-22-81 SNIP 3.03.01 .-87 RSN 14-90 RSN 20-85 RSNl7-81 RSN 18 -83

Industrial furnaces and stacks Masonry and reinforced masonry

dimension bricks from limestone usin$ composition KH-3

limber structures SNIP 11-2580

Wood structures

Acceptable Foreign Standards None There is discussion towards making Eurocodes and US standards acceptdble in the future

Regulatory Body Gosstroi AzR 85 Salyn Askarova street, 370002 Baku, Azerbaijan Republic, Tel: + 99412 95 94 51 F a : + 99412 95 10 60/+ 99412 957412

Notes SNIP Russian regulations GOST Russian Standards RSN National regulations

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

BAHAMAS National Regulations Buildings RegulationAct, 1971 Bahamas Building Code Part V Engineeringand Construction Requirewen& Live and Dead Loads Chapter 20 Excavations, Footings and Foundations Chapter 21 Reinforced Concrete Chapter 22 Chapter 23 Steel and Iron Chapter 24 Wood Chapter 25 Aluminium Chapter 26 Reinforced Gypsum Concrete Chapter 27 Masonry

-

Standards See Building Code

Acceptable Foreign Standards The Bahamas has adopted various standards from the United States and Canada to supplement the Bahamas Building Code. but not to supercede the specific requirements in its own code.

Regulatory Body The Ministry of Transport 8 Works John F Kennedy Drive PO Box N 8156 Nassau Bahamas Tel: +242 322 4830 Fax: +242 326 7907 m a i l : [email protected]

0BSI 2000

Sep-00

Structural Design Codes

BSI International Survey

BELARUS National Regulations 1.01.01-97 System of technical normalizationand Standardization in conitructlon. National complex of normative technical documents. Basic principles Building regulations of the Republic of Belams development, mles of registration 1.01.04-99 General manual of quality in construction. The basic rules 1.03.01-99 Technical control in construction. Basic principles 5.01.Ol-99 Soil bases and foundations for buildings and structures

Standards Foundations CT6 107697 CT6 1164.0-99

Concrete and reinforced concrete conFtructions for foundations Soil bases and foundations for buildin s and structures. Quality surveillance and takingover of works. Kinds of the control and stru ,re controllable parameters

ct$

Loading rOCT 8829-94

Reinforcedconcrete and prefabricat concrete building products. Loading test methods. Assessment of strength, rigidity a n d s c k resistance

Earthquake resistance CT6 21.302-99 CT6 21.303-99 requirements of documents

steel Structure8 CT6 4.253-96 rOCT 2404594 TOCT 3024594

Aluminium structures CT6 4.221-96 rOCT 22233-93

Quality rating system. Building. Alumi ium Structures Extruded Sections From Aluminum Alkys For Enclosure Building Structures. General specifications

Concrete structures CT6 1178-99 CT6 118599 CT6 1110-98 rOCT 10060.4-95 rOCT 22904-93 TOCT 30062-93

J

Reinforcedconcrete columns for build ngs and structures. General specifications Exterior concrete and reinforced conc ,ete panels for buildings and structures. General specification. Formwork To Raise Cast-In-Place Cohcrete And Ferroconcrete Constructions. General specifications Concretes. Strucfure-mechanicalrapi method for the determination of fmst-reslstance Reinforcedconcrete structures. Magn tic method of the determination of the thickness of concrete protection layer and the loca 'on of reinforcement Reinforcement for reinforced concrete,structures. Eddy current method of strength properties controi

t

Masonry structures None reported

limber structures CT6 1074-97 CT6 4.208-95

Profiled Details From Wood And WO Productquality index system. BuildiJ Nomenclature of indices

Materials For Residential Building. Spedfications Wooden Laminated Structures And Details.

Acceptable Foreign Standards Regulatory Body Ministry of Architecture and Constructionof Republic of Beiarus 220048 Minsk Miassnikova Street, 39

Notes Construction technical documents and Standards are controlled by Strojtechprom 220002 Mlnsk Kropotkin Street 89

0 BSI 2001

b

Tel: + 75 17 8 017 227 29 54 Fax: 375 17 220 38 33

Tel: + 75 17 8 017 283 26 19 Fax: $I75 17 28 61 21 CT6: belarussian national Standard TOCT: GOST (Russian) Standard

Feb-Ol

Structural Design Codes

BSI International Survey

BERMUDA National Regulations Bermuda Building Code 1998 made up of :The Bermuda Commercial Building Code 1998 The Bermuda Residential Building Code 1998 The Bermuda Mechanical Code 1998 The Bermuda Electric Code 1998

Standards Sbuctural Design BOCA Ch 5 BOCA Ch 6

General building limitations Types of construction

BOCA Ch 15 BOCA Ch 16 BOCA Ch 17 BOCA Ch 18 BOCA Ch 19 B O W Ch 20 BOCA Ch 21 BOCA Ch 22 BOCA Ch 23 BOCA Ch 31 BOCA Ch 34

Roofs and roof structures Structural Loads Structural Tests and Inspections Foundations and Retaining walls Concrete Lightweight metals Masonry Steel wood Special construction Existing structures

Acceptable Foreign Standards BOCA* National Building Code 1996 International Mechanical Code 1996 National Electrical Code 1996

Regulatory Body Departmentof Planning

30 Parliament Street Hamilton HM 12 Fax:

297 7756 297 7755 297 7828 297 7634 295 4100

Notes Building Officials and Code Administrators International Inc

4051W Flossmoor Road Country Club Hills Illinois 604785795 Tel: 70W99 2300 Departmentof Health Old Hospital Building 2"6Floor, 7 Point Finger Road Paget DV 04 General EnquiriedHealth and Plumbing 236 0224 Inspections: FaX: 236 4006

0 BSI 2000

Sep-00

BSI International Suwey

Structural Design Codes

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BOSNIA HERZEGOVINA National Regulations Regulations on quality of weldings for steel constructionsupports (Official'JournalSFRJ 41/64) Regulation on tolerances of measures and shapes of steel structure supp rts (Official Jopurnal SFRJ 41/64) Regulation on quality of concrete construction supports (OfficialJournal S RJ 11/87) Regulations on normative for concrete and precast concrete structure sup rts (Official Journal SFRJ 51/71,15/77) Regulation on normative for design concrete and precast structure (Offici41Journal 35/70) Regulation on technik normative for walls (Official Journal 17/70) Regulation on mandatory certification for facing bricks and clay blocks Journal SFRJ 24/90) RegulaUon on mandatory certification clay tiles (Official Journal SFRJ

b

Standards Loading JUS U.C7.110 JUS U.C7.111 JUS U.C7 112 JUS U.C7 113 JUS U.C7 121 JUS U.C7 122 JUS U.C7 123

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Bases for design of structures Wind lbads on structures. General principles and the mean aerodynamic wind pressure Bases for design of structures Wind {bads on structures Dynamic factor and aerodynamic wind pressure Bases for design of structures Wind I ads on structures Wind load on buildings Bases for design of structures Wind I ads on structures Wind loads on other structures I to use and occupancy in residential and public Bases for design of structures LoadS,due buildings Bases for design of structures DeteTination of imposed floor loads in production buildings and warehouses Bases for design of structures Adion;due to selfweight of structures non-structural elements and stored materials used in stuctural besign Density

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Earthquake resistance Information unavailable

Steel structures JUS U.E7.081 JUS U.E7.086 JUS U.E7.091 JUS UE7.096 JUS U.E7.101 JUS U.E'I.111 JUS U.E7.121

Stability of steel constructions Stability of steel constructions Stability of steel constructions section Stability of steel constructions Stability of steel constructions Stability of steel constructions stability of steel constructions

- Axial compressionedsingle members of constant cross - Effecti e lengths of cornpression members

1

- Axial1 , compressioned bullt-up steel members of constant cross

- Bend1 g and compression - Latera buckling of girders - Stabili of compresslonedmembers in frames - Buckli g of plates

b

Concrete structures JUS U.E3.050 JUS U.Ml.046 JUS U.Ml.047

Prefabricatedconcrete units. Techniql requirements for manufacture and mounting Testing of bridges with test load Load test and break test for the buildiig constructions

Masonry structures JUS U.Nl.100

P

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Timber structures JUS U.Cg.200 JUS U.C9.200/1 JUS U.Cg.300

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Prefabricated elements for buildings ncrete hollow building blocks Technical requirements for buildlng blocks Technical require ents and test methods

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L

Structural timber design Solid timber construction and fibre building boards construction Structural timber design Solid timber nstruction and fibre building boards construction amendments Structural timber design glued lamin$ted members -Technical requirements

-

Acceptable Foreign Standards Eurocodes are not currently acceptable.

Regulatory Body Information unavailable

Notes

0 BSI 2000

Sep-00

-

Structural Design Codes

BSI International Survey

BRAZIL National Regulations ABNT AssociaCgo Brasileira de Normas Tknicas I CB-02 Comit6 Brasil& da ConstruMo Civil Brazilian Association for Technical Standards I Brazilian Comittee for Civll Construction

Standards Loading NBR 8681:1984 NBR 8044:1983 NBR 6120:1978 NBR 71W.1982 NBR 71891983 NBR 6123:1987 NBR 116821991 NBR 97823985 Earthquake resistance

Loading and safety on structures Geotechnical Project Moveable loads for Wind loads in buildings Stability of slopes Procedure Loadingfor dock works, marines and Auvial structures

-

None

St-1

StrUdUreS

NBR 8800:1986

NB 143:1967 Concrete structures NBR 61 182000 NBR 9062:1985 NBR 6122: 1996 Timber structures NBR 7190:1994 Composite structures NBR 5629:1996 NBR 10837:1989 NBR 71971989

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Design and construction of steel stru ures for buildings Limit states method Design of steel structures formed by %Id laminated profile Limit sates method'

-

Part 1 Design and Part 2 Design and construction of Design and construction of

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) concrete

Design and constructionfor timber strbctures

Ties anchored in soils - Procedure

-

- Limit states method - Tests methods included

,

Design of structural masonry walls wi concrete blocks Design of pre stressed concrete stru$res

Acceptable Foreign Standards None. Although US codes have been influential in the Brazillan codes.

Regulatory Body AssodaHo Brasileira de Normas T h i c a s (ABNT) Avenida Treze de Maio. 13, 2 P andar Centro CEP: 20003 900 Rio de Janeiro RJ

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Tel: +55 21 210-3122 Fax.: +55 21 220-1762 http$www.abntorg.br

Notes Planning is ruled by the MunicipalityCodes, and by the CREA (Regional Tuncil for Engineers and Architects) Product approval is by those OCC ( Organism0 Credenciado para CertifidHo ) named by the government under certain rules.

' Revision NB 143:2000 in circulation for public consultation a Now under discussion at the committee level

0 BSI 2000

Sep-00

Structural Design Codes

BSI International Survey

BULGARIA National Regulations Law on Territorial and Settlement Structure Technical Normative Order on Designing, Performingand Inspectingof Qnstruction and Installation Activities Directive 89/1OWEEC Construction Products Directive

Standards Foundations 1996 1996 W C 1018882 t;llC 676-85 W C 3214-86 1993 W C 2419-74 1986 W C 2762-83 6AC 9075-89 1990 Loading 1989 SAC 14784: 1979 Earthquake resistance 1989 Masonry structures 1998

Ordinance 1/96 for designing flat fountlation Norms for designing flat foundations. Soil mechanics. Method for laboratorydetermination of shear resistance. unconfined test , Constructionalsoil. Classification Construction soils. Physical propertie4 Definitionand symbols Norms for designing pile foundations 1 I

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effect. Basic terms. Classificationoft$ aggressive mehia Norms for designing supportlngwalls '

Norms for design of buildings and equipment In earthquake zones Norms for designing of masonry structures

steel StNCtUl'eS 1987 W C 163%: 1986 1990 Concrete structures 1999 W C 15559: 1982 1990 SAC 10038-72 Tlmber structures 1990 Aluminium structures 6AC 16333-86

3

Norms for designing of steel constru ons Steel construction General principl for calculation Norms for designing steel constructiorlsfrom tinesectlon steel profiles

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E

Norms for designing of concrete and r 'nforced concrete structures Concrete and reinforced concrete s h res. Base for design Concrete and reinforced concrete stru res, intended for work under impact on raised and high temperatures Crushed additive materials for fire resktant concrete Norms for designing on timber structutes

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Aluminium constructions general pritjciples for calculation

Acceptable Foreign Standards Eurocodes are acceptable In Bulgaria. Their implementationand translation into Bulgarian is currently underway.

Regulatory Body Ministry of Territorial Developmentand Public Works 1000 Sofia 17-19. Kiril I Metody Str.

Notes Design and construction control Is carried out by National Construction Control Directorate within the Ministry of Territorial tbveloprnent and Public Works 1WO Sofia 47, Christ0 Botev Blvd The establishment of Notified Bodies for Conformity Assessment of cons ction products is underway. Construction products conformingto existing Bulgarian standard are ass$ by accredited Bularian laboratories.

Their upgrading and harmonizationis forthcoming.

0 BSI 2000

Sep-00

Structural Design Codes

BSI International Survey

CANADA National Regulations National Building Code of Canada 1995. (a) Part 1 Scope and Definitions; (b) Part 2 General Requirements; (c) Part 3 Fire Protection, Occupant Safely and Accessibility; (d) Part 4 Structural Design; (e) Part 5 EnvironmentalSeparation: (9 Part 6 Heating, Ventilating and Air-Conditioning; (9) Part 7 Plumbing Services; (h) Part 8 Safely Measures at Construction and Demolition Sites; (I) Part 9 Housing and Small Buildings.

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Part 4 Structural Deslgn Structural Loads and Procedures. General Specified Loads and Effects Limit States Design Working Stress Design Dead Load Live Loads Due to Use and Occupanuy Live Loads due to Snow, Ice and Rain Live Loads due to Wind Live Loads due to Earthquakes Other Effects Foundations General Subsurface Investigations, Drawings end Reviews Materials Used in Foundations Design Requirements Excavations Shallow Foundations Deep Foundations Special Foundations Design Requirements for Structural Materials Wood Plain & Reinforced Masonry Plain, Reinforced and PrestressedCancrete Steel Aluminium Glass Design requirementsfor Special Struutures Air-Supported Structures Parking Structures

Section 4.1 Section 4.1.1 Section 4.1.2 Section 4.1.3 Section 4.1.4 Section 4.1.5 Section 4.1.6 Section 4.1.7 Section 4.1.8 Section 4.1.9 Section 4.1.10 Section 4.2 Section 4.2.1 Section 4.2.2 Section 4.2.3 Section 4.2.4 Section 4.2.5 Section 4.2.6 Section 4.2.7 Section 4.2.8 Section 4.3 Section 4.3.1 Section 4.3.2 Section 4.3.3 Section 4.3.4 Section 4.3.5 Section 4.3.6 Section 4.4 Section 4.4.1 Section 4.4.2

Standards Hlghway Bridges CANlCSA S6-88 CANICSA S6Sl 1990 S6.1-M1990

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s-1

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Design of highway bridges

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standard CANICSA S6-88

StNdUreS

CANICSASI6-1-94 PLUS 4001-95

Limit state design of steel structures ASTM Specifications for steel: ASTM Standards referenced in CSA's CAN/CSA-S16.1-94

Concrete structures A23.3-94 CANlCSAS269.3-M92 (Rl998) A23.1-941A23.2-94 PLUS 4002-95 CANSA43SM84 (Rl996)

Design of concrete structures Concrete formwork Concrete materials and methods of ncrete constructiodmethods of test for concrete ASTM specifications for concrete and concrete structures design: ASTM standards referenced in CSA'S A23.1lA23.2-94 Concrete construction for housing and small buildings

1

llmber structures 086.1-94 086.lSl-98

Engineering design in wood (Limit states design) Supplement to 086.1-94

Masonry structures CAN343WM84 (R1997) A82.4lA82.51A82.6-M 1978 A371-94

0 BSI 2001

Masonry design for buildings (a:l8) Structural clay load-bearing wall tilelSbucturalclay non-load-bearing tilelStandard method for sampling and testing structural clay tile Masonry construction for buildings

Aug-Ol

Aluminium Structures Strength design in aluminium (e:5)

CAN341 57-M83

Acceptable Foreign Standards None known

Regulatory Body Institute for Research in Construction National Research Council of Canada Ottawa, Ontario, K1A OR6 Tel.: (613) 993-2607 Fax: (613) 952-7673

Notes The design and construction of every building shall meet the standards set out in !Parts 3 to 9 of the National Building Code. Tile provinces have the authority to regulate building construction. However mos provinces use the National Building Code as a base document in developing provincial building codes. In this way the Building cI ! des across Canada are kept relatively similar in nature.

1

A number of organizations, such as CSA', CGA (Certified General Accountants ssociation of Canada) and ULC (Underwriters' Laboratories of Canada), provide full third-party certification for safety-related pro ucts or systems The NBC does not require full third-party certification, only that the product or system meets certain minimum re, uirements. Code enforcement officials often rely on certificationas a guarantee that such is the case. To provide tbe construction industry with a national evaluation service for innovative materials, products and systems, NRC created the Canadian Construction Materials Centre. This service includes the evaluation of new and innovative products for which no btandards exist, and of products where standards exist but for which no third-party certification program has been established. Mosl provinces and territories use the Centre's evaluatiorl reports iis a basis for accepting new products '2SA Internaiional (Canadian Standards Association) 178 Rexdale Boulevard Torontc. ON M9W 1H3, CANAGA Tel: (416) 747-4000 U Toll Free 1-800-463-6721(US. 8 Canada only) Fax: (416) 747-4149 General Inquiries Information Centre Tel: (416) 747-4058 E-maii: infoacsa-international.org

-

The National Building Code is adopted in the following Provincesmerrit0ries:Yukon, Northwest Territories, Nunavut, Saskatchewan, Manitoba, Nova Scotia, Alberta (some additions), British Columbia (some additions), Quebec (some additions), Prince Edward Island (major municipalities qdopt the NBC), Newfoundland (municipalities adopt the NBC), Labrador (municipalities adopt the NBC)

Structural Design Codes

BSI International Survey

ALBERTA CANADA 9

National Regulations

-

Alberta Building Code 1997 Part 4 Structural Design Building Code Regulation 50198 Alberta has adopted the National Building Code 1995 with some addition$

Standards Steel structures CANICSA-SIG-1-94 PLUS 4001-95 CSA Sl36-94

Limit state design of steel structures ASTM SpeciRcationsfor steel: ASTM ktandards referenced in CSA's CAN/csA-S16.1-94 Cold formed steel structural membed

Concrete Structures CSA A23.3-94 CANICSAS269.3M92 (R1998) A23.1-941A23.2-94 PLUS 4002-95 CAN3-A438-M84 (Rl996)

Design of concrete structures Concrete formwork Concrete materials and methods of ncrete construction/methods of test for concrete ASTM specifications for concrete and concrete structures design: ASTM standards referenced in CSA'S A23.11A23.2-94 Concrete construction for housing and small buildings

i

limber Structures CANICSA 086.1-94 086.1 S i-98 CAWCSA 0 177-M89

Engineeringdesign in wood (Limit s t a b design) Supplement to 086.1-94 Qualification Code for manufacturers of structural glued laminated timber

Masonry Structures CANS304-M84 (R1997) CSA S 304.1M84 (Rl994) A82.4lA82.5lA82.6Ml978 A371-94

t

Masonry design for buildings (a:l8) Masonry design for buildings (Limit S tes Design) Structural clay load-bearing wall tile/S ctural clay non-load-bearingUldStandard method for sampling and testing structural clay tile Masonry construction for buildings

Aluminlum Structures C A N S 157-M83

Strength design in aluminium ( e 3

Glass CANICGSB 12.20-M89

Structural design of glass for buildings

Air Supported Structures CAN3 S367-M81

Air supported structures

Parklng Structures CSA s413-94

Parking structures

Acceptable Foreign Standards None

Regulatory Body Alberta Municipal Affairs Safety Services, Building and Fire Safety 705-10808-99 Avenue Edmonton, Alberta T5K 0 6 5 Canada

Notes The owner of the building is required to provide written assurances beford construction starts that the appropriate professionals have been retained for the design and site review of the project. and erectors

The Alberta Regulation AR 201191 Building Permit (Consolidated up to 3W93) is in place for permit Issuance outside authorized municipalities. Alberta Building Code is available from: Learning Resources Distributing Centre 12360 142 Street, Edmonton, Alberta, T5L 4x9 Tel: (780) 427-5775. Fax: (780) 422-9750

-

It is also available on CD ROM format through the National Research Council on: 1-800-872-7990

0 BSI 2001

Aug-Ql

BSI International Survey

I

Structural Design Codes

-

kEW BRUNSWICK CANADA National Regulations The National Building Code of Canada 1995 is adopted by some municipalities

Standards Steel Structures CANlCSA-SlG-1-94 PLUS 4001-95

Limit state design of steel structures ASTM Specifications for steel: ASTM $tandards referenced in CSA’s CANICSA-Sl6.1-94

Concrete structures A23.3-94 CNCSAS269.3-M92 (Rl998) A23.1-941A23.2-94 PLUS 4002-95 CAN3-A438-M84 (Rl996)

Design of concrete structures Concrete form work Concrete materials and methods of co Crete constructiodmethodsof test for concrete ASTM specifications for concrete and ncrete structures design: ASTM standards referenced in CSA‘S A23.1lA23.2-94 Concrete construction for housing and1small buildings

t

Timber structures 086.1-94 086.1 S i-98

Engineering design in wood (Limit stab design) Supplement to 086.1-94

Masonry structures CAN3-SSM84 (R1997) A82.4lA82.5lA82.641978 -71-94

Masonry design for buildings (a:18) Structural clay load-bearing wall tilelshctural clay non-load-bearingtilelstandardmethod for sampling and testing structural clay tile Masonry construction for buildings

Aluminlum Structures CANS157-M83

Strength design in aluminium (e:5)

Acceptable Foreign Standards NBC of Canada is a performance based code

Regulatory Body Departmentof Munidpallties and Housing PO Box 6000 Frederlcton New Brunswick E3B 5H1 Canada

Notes Permits are issued by Inspectorsappointed by the Departmentof Munidpflities and Housing (see above)

Transportation. For a copy of the Provincial Building Regulation contact: Centennial Building Room 115 P.O. Box 6000 Fredericton, N.B. E3B 5Hl (506) 453-2520 Fax: (506) 3457899

0 BSI 2001

Aug-Ol

Structural Design Codes

BSI International Survey

CHINA National Regulations The compulsory provisions of engineering Construction Standards2000: building Construction

Standards Loading GB50009-2002

Loading code for design of building strbctures

Earthquake resistance 6850223-95 GB50011-2001 GB50023-95 685117-88 6850191-93 JGJl16-98 CECS126:2001

Standard for classification of seismic drotection of buildings Code for seismic design of building Standard for earthquake-resistanteva ation of buildings Standard for earthquake-resistant eva ation of industrial constructional structures Code for design of earthquake-resista t of structural construction Technical specification for Technical specification for bearing isolators

F

Steel structures GB50017-2002 GB5OOl8-2002 JGJ99-98 JGJ7-91 JGJ 138:200 1 CECSl02:98 CECS77:96 JGJ138:2001

Code for design of steel structures Technical code for design of cold-form: d thin-wall steel structures Technical specification for steel struct re of tall buildings Technical specification for trussed str tures Technical specification for steel reinfo d concrete composite structures Technical specification for steel struct re of light-weight buildings with gables frames Technical code for strengthening steel structures Technical specification for steel reinfobd concrete composite structures

f

Aluminium structures None

Concrete structures GB50010-2002 68577-85 GBJl30-90 JGJ3-91 JGJl2-99 JGJlT21-93 JGJlT22-98 JGJfl92-93 JGJ95-95 CECS26:90 CECS28:90 CECS38:92 CECS39:92 CECS5l:93 CECS52:93 CECS58:W CECS88:97 CECSlO4:98 CECS25:90

Code for design of concrete structureq Code for design of reinforced concretd silos Technical code for reinforced concret life-slab structure Technical specification for reinforced ncrete structure of tall buildings Specification for design of light weight aggregate concrete structures Technical specification for V-style re-c wed roof cover Specification for design of reinforced ncrete shall structures Technical specification for concrete s ctures pre-stressed with unbounded tendons Technical specification for concrete s ctures with cold-rolled ribbed steel wires and bars Technical specification for Reinforced ncrete with coupled steel bars Technical specification for concrete-fill d steel tubular structures Technical specification for steel fiber r inforced concrete structures Specification for design of reinforced ncrete deep beams Specification for design of reinforced Wncrete continuous beams and frams considering redistribution of internal forces Technical specification for column-slat) building assembled by monolithic pre- stressing Technical specification for Specification for design of Technical specification for Technical specification for

II

Masonry structures GB50003-88 JGJ5-80 JGJlT14-95 JGJl37-2001 CECS08:89 CECS20:90

Code for design of masonry structures' Technical specification for middle-size block buildings Technical specification for small-sized hollow concrete masonry buildings Technical code for perforated brick m sonry structures Technical code for brick silos Technical specification for masonry c&structed of autoclaved sand-lime bricks

4"

Timber structures GB50005-2002

Code for design of timber structures

Acceptable Foreign Standards None reported

0 BSI 2002

July 2002

BSI International Survey

,

Structural Design Codes

Regulatory Body Departmentof Standards and Norms Ministry of Construction 9#, Sanlihe road Beijing, 100835 Tel:86-I 0-68393043168394385 http1hww.cecs.org.m

Notes China Association for EngineeringConstruction Standardization(CECS) 9#, Sanlihe road Beijing, 100835 Tel. 8810-68394012 http1hww.cecs.org.cn

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

CROATIA National Regulations Zakon o gradnji ("Narodne novine" br. 52/99, 75/99. 117101) The Building Act (Official Gazette No. 52/99, No. 75/99)

Bases for Design of structures Official Gazette 15/90 Official Gazette 21/90

Regulations for technical normative fqr foundation of buildings Regulations for technical normative fdr design and constructions of final works in buildings

Official Gazette 3/81,49/82. 29/83, 20/88, 52/90 Official Gazette 26/88

Technical regulationsfor high-rise building construction in the seismic fields Regulations for technical normative on loading of structures

Concrete structures Official Gazette 11/87 Official Gazette 14/89

Regulations for technical normative f r concrete and reinforced concrete Regulations for technical normativeslor design and constructing from processed elements from

Official Gazette 52/85 Official Joumal No. 15/90

Regulations on the technical requirements of lightweight aggregate concrete and lightweight aggregate reinforced concrete.

Steel structures.

4

Official Gazette 61/86 Official Journal No 61/86

Regulations for technical normative f r structural steel work Regulationson the technical require ents of bearing steel constructions

Official Journal No. 41/85. 20/88

Regulations on the technical requirenlentsof steel wires, rods and ropes intended for the prestressingof constructions.

Standards all of the above mentioned regulations are connected with the old JUS standards; these are available in the State Office for Standbrdisation and Metrology

Acceptable Foreign Standards Although many of the old JUS standards are being withdrawn and replawd with European standards (where such exist), they remain integrated as a part of the above mentioned regulations; Foreign standards are acceptable (but not recommended) if the design 01 the structure is made in accordance with the essential requirements (six essential requirements from the 89/106/EEC Directive), and at least on the security level regulated with the above mentioned regulations

Regulatory Body Ministry of EnvironmentalProtectionand Physical Planning Building Division Ulica RepublikeAustrije br. 20 HR-10000 Zagreb Croatia Tel: +385 1 37 82 145 Fax: +385 1 37 82 466 E-mail: [email protected] www.mzopu. hr

Notes Mandatory testing required for 1. Fractionatedstone aggregate for concrete and asphalt, 2. Cement, 3. Fapde bricks and clay blocks, 4. Clay roofing tiles, 5. Concrete aggregates, 6. Hydro insulating materials impregnated with bitumen, 7. Pre-manufactured elements of comb concrete, 8. Concrete tubes for sewage

0 BSI 2002

July 2002

BSI International Survey

I

Structural Design Codes

CYPRUS National Regulations

-

-

The Streets and Building Law Chapter 96 Law no 14 of 1959 as well ag the relevant Streets and Buildings Regulations and their amendments thereafter:

Standards Concrete Structures Gout Gazette No 2750 KDP 277192 Gout Gazette No 2867 KDP 54194 Official Gazette No 2760, 23.12.92 304192 Official Gazette No 2194, 27.12.86 284186

Seismic Code for reinforced concrete ktructures Code for concrete structures (CYS 15p: Part 1 8 2) and CYS 13 on concrete technology Ready mixed concrete (CYS 111) Concrete aggregates (CYS 64)

Steel structures No standards at present

Masonry structures No standards at present

limber structures No standards at present

Loading No standards at present Established speed of win(- .Jading .- 120 Km per

DUr

Acceptable Foreign Standards British, European and American Standards are acceptable

Regulatory Body Ministry of Interior DSeverisAve. Nicosia, Cyprus

Notes Established speed of wind loading is 120 Km per hour No attestation of conformity for CE marking can be canied out at present as no Approval testing Institutions exist. Competent authoritles: Materials Laboratory of Ministry of Communications and Works 1483 Nicosia Cyprus Mines Services 1422 Nicosia Cyprus

0 BSI 2001

Aug-Ol

Structural Design Codes

BSI International Survey

CZECH REPUBLIC National Regulations Act No 50111976 Col1on Town 8 Country Planning and on Building Reguldtions (The Building Act) Decree No 13111998 Col1on Non-Statutory Planning Materials and Plannipg Documentation Decree No. 13Z1998 Col1 on Detailed Specification of Same Building Act Ftipulations Decree No 137/1998 Col1 on General TechnicalConstructionrequirement$ Decree No 17411994 Col1on General Technical Requirements Ensuring de Use of Constructions by Persons with Limited Ability of Movement

Standards Structural Codes CSN 73 0031: 1990 CSN 73 0032 : 1978 CSN 73 0035 : 1988 CSN 73 0037 : 1992 CSN 73 0038 : 1987 CSN 73 0040 : 1996 CSN 73 1000 : 1989 Loading CSN 73 0033 : 1991 CSN 73 0036 :1975 Concrete Structures CSN 73 1205 : 1982 CSN 73 1201 : 1988 CSN 73 1203 : 1992 CSN 73 1204 Steel Structures CSN 73 1206 : 1986 CSN 73 1401 : 1995 CSN 73 1402: 1988 CSN 73 1403 :1990 CSN 73 1404 : 1987 CSN 73 1408 : 1989 CSN 73 1500 : 1986 Stone Structures CSN 73 3251 : 1987 CSN 73 1101 : 1981 wood StNdUreS CSN 73 1701 : 1984 Aluminium Structures CSN 73 1590 1986

-

Basic specifications for calculation Reliabilityof building constructions and foundation soils. Calculation of building structures load& by dynamic effect of machines Actions on buildingstmctures Earth pressure acting on structures Design and assessment of building s ctures subjected to reconstruction Loads of technical structuresby techn Iseisrnicity Foundation of buildings and structure asic design requirements

F

-

Basic regulations for loadingand effects Reliability of building structures and foundation soils. Seismic loads of buildings. Basic requirements for the design Concrete structures Design of concrete structures Design of lightweightaggregate concrete structures Design of concrete two-way slabs Composite steel-concrete structuresBbsic design requirements Design of steel structures Design of light gauge cold-formed pro les in steel structures Designing of hollow sections In steel s&ctures Design of steel structures of hydraulic pmitructions Design of steel structures of Industrialbridges Steel structures Basic requirementsfor calculation Design of structures of stone Design of masonry structures Design of wood structures Aluminium Structures

Acceptable Foreign Standards StructuralEurocodes

Regulatory Body Ministry for Regional Development Department of European and International Law Staromestske namesti 6 CZ-110 15 Praha 1 Tel: 4 2 0 2 248 61260 F a : 4 2 0 2 248 62374

0BSI 2001

Approtal for materials is carried out by:

CSNl

t

Tel:O )21802111 Fax: ( 2) 21 802 301 E-mail [email protected]

Feb-Ol

Structural Design Codes

BSI International Survey

ESTONIA National Regulations There is no complete Estonian Building Code at this time

Standards Estonian Design N o m (EPN) have been elaborated on the basis of Eurocodes,but deviate from these due to local conditions.

Loading EPN 1.1.1 EPN 1.2.1 EPN 1.2.3 EPN 1.3.4 EPN 1.2.5 EPN 1.2.6 EPN 1.2.7 EPN 1.3 EPN 1.4

Basis of design Loads. Introduction (draft) Construction loads (draft exposed to sbjections) Imposed loads Snow load (draft) Wind loads (draft exposed to objectioms) Loads in case of fire (draft) Traffic loads on bridges (draft) Actions in silos and tanks (draft)

Earthquake resistance No any regulations

Steel structures EPN 3.1.1 EPN 3.1.2 EPN 3.1.3 EPN 3.1.4 EPN 3.1.5 EPN 3.4.2

Steel structures. Design of buildings. Steel Structures. Resistance to fire (d ft) Design of cold formed steel sbuctur (draft) Design of stainless steel structures (d ft) Supplementary requirements for desi n of steel plane plates, having no loads crossing the surface of a plate (draft) Liquid retaining steel Structures (draft)

f

Concrete structures EPN 2.1.t EPN 2.1.3

Concrete structures. General guidelin ' and guidelines for design of buildings (draft) General guidelines for design of p r stJ concrete structures (draft)

Masonry structures EPN 6.1.1

Masonry structures. General guidehe and guidelines for design of buildings (draft)

limber structures EPN 5.1.1 EPN 5.2

Timber structures. General guidelinesland guidelines for design of buildings (draft) Timber bridges (draft)

Acceptable Foreign Standards Unless there is an appropriate Estonian building regulation, the former Sopiet Union's appropriate regulation that was valid on the 01.01.1991 is acceptable. responsibility, prove compliance with the planning and The licensed design enterprises are allowed to ignore erein they are allowed to use any available national or building law and have approval of appropriate (mostly international code

Notes The following products require masndatory assessment of conformity: Precast concrete products Concrete and mortars Cement Aggregates for concrete and mortar Reinforcement steel Masonry products:- calcium silicate bricks; clay bricks; concrete blocks anti bricks; AAC blocks; LWC blocks: intels: Thermal insulating products Roof coverings Approval Body: Tallinn Technical University; Centre 'EhltusTEST"; GqUfication Bureau of Technical Research Centre of Rescue Board (safety in case of fire): OU 'Kserteks" (thermal insulating products)

0 BSI 2000

Sep-00

Structural Design Codes

BSI International Survey

EGYPT National Regulations Egyptian Code to calculate the loads and forces for structure and buldinglworks 1999 Building Code Part 7 1996 The resistance of bearing wails buildings to ea quakes Egyptian code for basics of design and constructionfor steel structure 1 Egyptian Code of practicefor reinforced concrete structures 1999 Ro& foundation code Egyptian Code for soil mechanics and basics of constructionfor foundations 1999 Building requirements code for the handicapped 1999

$

Standards Loading Egyptian code of loads and forces 1999

Earthquake resistance None

e

steel structures Egyptian code for design and constructionof steel structure 1999

Alumlnium structures None

Concrete structures

.

Egyptian code of prachiefor reinforced and prestressed

concrete strudures 2001

Masonry S t N d U r e S Egyptian code of masonry structures 2001

Tlmber structures None

Other code of foundation and soil mechanics 1999

Acceptable Foreign Standards American and British for items not induded in Egyptian code and standards

e

Regulatory Body Ministw of Housina. Utilities 8 Urban Communitlea Housing8 Buildlng.ResearchCentre 87 El-Tahreer S t Dokki Gta PO Bo 1770

-

-

Tel: +20 3356 722 7617107 7617092 Fax: +20 3351 564 m a i l : [email protected]

e 0 BSI 2002

Jan-2002

Structural Design Codes

BSI International Survey

FIJI National Regulations National Building Code 1990

Standards Loading FJS A S 1170.1: 1998 FJS AS 1170-2: 1998

loads and load combinations

Minimum design loads on structures. Minimum design loads on structures.

Earthquake resistance FJS ASS 1170.4: 1998 FJS ASS 1170.4 Supp 1: 1998

Minimum design loads on structures. Minimum design loads on structures.

StWi StNctUreS Based on the New Zealand standards

Aluminium structures FJS ASMZS 1664.1: 1998 FJS A W S 1664.1 Supp 1: 1998 FJS ASINAS 1664-2: 1998 FJS AWNAS 1664-2 Supp 1: 1998

-

1-

Aluminium structures Limit state desi n Aluminium structures Limit state desi n Commentary

Aluminium structures - Allowable

Aluminium structures -Allowable

Concrete structures Based on Australian Standards

Masonry structures Based on Australian Standards

Timber structures Based on Australian Standards

Acceptable Foreign Standards Australian and New Zealand Standards

Regulatory Body Ministry for Health PO Box 2223 Suva Fijl Islands Tel: +679 306177 Fax: +679 306177

Notes Trade Standards and Quality Control OfAce PO Box 2118 Govt Buildings 9 Goodenough S h e Suva Fiji Islands Tel: +679 305 411 Fax: +679 302 617

Fiji Standards relating to buildlng materials are adopted from AusWlIadNew Zealand Standards.

0 BSI 2001

Aug-Ol

Structural Design Codes

BSI International Survey

National Regulations The Standards listed are mandatory

Standards Loading SNiP 2.01.07-85 GOST 27751-88

Loads and effects Reliability of the constructions and the'foundations. Principal rules of the calculations

Earthquake resistance SNIP 11-7-61

Construction in seismic areas

Steel structures

a

SNIP 11-23-81 SNIP 111-16-75

Steel structures Metal structures

SNIP 2.04.12-86 SN 527-80

Strength Analysis of Steel Pipelines Specificationsfor the designing steel dipelines P maxlO M Pa

Aluminium structures SNIP 2.03.06-85

Aluminium structures

Concrete structures SNiP 2.03.01-84 SNiP 2.03.02-86 SNIP 2-03-03-85 SNIP 2.03.04-84 SNiP 2-06-0647 SNIP 3.09.01-85 SNIP 111-1880 SN 27780 SN 52480 GOST 25192-82 GOST 1409845

Concrete and reinforced concrete stru res Dense silicate plain concrete and rein&ed concrete structures Wire fabric reinforced concrete Design manual for concrete and reinfokcedconcrete structures for the use at high and extremely high temperatures Concrete and reinforced concrete stru res for hydraulic structures Fabrication of Precast Reinforced Con ete Structures Composite steel and reinforced wncr te structures. Requirementsfor design and inspection. Fabrication Guidelines to Cellular Con rete Guidelines for Fabrication and Use of f High-Density Silicate Concrete Concretes. Classification and general echnicai requirements Welded joints of reinforcementand in rts for reinforced concrete structures -Types. designs, dimensions

E

Masonry structures SNIP 11-22-81 SNIP 111-24-75 SNIP 3.03.01-87

Masonry and reinforced masonry strucjtures Industrial furnaces and stacks LoadbearingStructures and Enclosurb

Timber structures SNiP 11-2580

a

Wood structures

Acceptable Foreign Standards Foreign Standards are not acceptable

Regulatory Body State Architecture and Construction Inspectorate Vadza Pshavela Aave 16 Tbilisl Georgia 380060

a 0 BSI 2001

Aug-Ol

BSI International Survey

Structural Design Codes

!

HONG KONG National Regulations Law of Hong Kong Chapter 123 Buildings Ordinance Building (Administration) Regulations Building (Construction) Regulations Building (DemolitionWorks) Regulations Building (Planning) Regulations Building (Private Streets and Access Roads) Regulations Building (Refuse Storage Chambers and Chutes) Regulations Building (Standards of Sanitary Fitments, Plumbing, Drainage Works and Latrines) Regulations Building Wentilating Systems) Regulations Building (Oil Storage Installations)Regulations Building (Enew Efficiency) Regulations Building (Appeal) Regulations Technical Memorandumfor Supervision Plans

Standards Loadlng

e

Covered by Building (Construction) Regulations Also see Code of Practice on Wind Effects Hong Kong 1983

-

Earthquake resistance Building (Construction) Regulations do not have provisions on seismic design

Steel structures Code of Practice for the Structural use of Steel 1987 Code of Practice for Fire Resisting Construction 1996

Aluminium structures No local codes of practice Concrete structures Code of Practice for the Structural use of Concrete 1987 Code of Practice for Fire Resisting Construction 1996

Masonry structures No local codes of practice

Timber structures No local codes of practice

Acceptable Foreign Standards

e

The Building Regulations do not specify any Standards. Designs may be qpproved if they can be shown to achieve the required performance criteria set out in the Building Regulations In the majority of cases building structures of reinforced concrete or struct ral steelwork are deemed to satisfy the performance requirementsof the Regulationsif they are designed in a m dance with the Code of Practice for the Structural use of Concrete and/or the Code of Practice for the Structural U e of Steel.

k

Regulatory Body Buildings Department 1ZF Pioneer Centre 750 Nathan Road, Kowloon General enquiries Tel: +852 2626 1616 e-mail: [email protected]

Notes

R

Any person who intends to cany out building works is required by law to a point an Authorized Person, and where

necessary a Registered Structural Engineer to prepare plans for approval om the Building Authority. Government Publications Centre Ground Floor. Lower Block, Queensway GovernmentOffices, 66 Queensway, Wanchal, Hong Kong Tel: +852 2842 8844. (Members of the public can also place their order directly through the Internet: http:/lwww.info.gov. hk/bd/english/documents/index.htrnl)

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

HUNGARY National Regulations 1. Law No uo(vIII of 1997 On the forming and protection of the constructed environment 2. Government Order No 253/1997. (X11.20) On the national requirements of building as well as future developments of settlements 3. Order No. gal999 (XI. 5) FVM of the Minister of Agriculture and Coun* Development on the declaring mandatory of certain national building standards. 1 8 2 give essential requirements for construction works. such as Direct& 89/1OWEEC 3 specifies mandatory standards

Standards Design of Load bearing structures of buildings MSZ 15020:1986 Design of load bearing structures of b ildlngs - General Requirements

MSZ 15021-1: 1986 MSZ 15021-2: 1986

-

Design of load bearing structures of bbldings Design loads for buildings Design of load bearing structures of buildings Rigidity's requirements.

Steel Structures MSZ 15024-1: 1985 MSZ 15024-2 1988 "

Designing requirements Composite structures

Aluminium Structures MSZ 15028-1: 1976

MSZ 15028-2: 1984

-

'M

Statical design of load carrying cons ctions of buildings Aluminium construdons Statical design of aluminium loadbea g structures for buildings Orinclples of strength calculations

Concrete Structures MSZ 15022-1: 1986 MSZ 15022-1: 1986 1M (1992)' MSZ 15022-2: 1986 MSZ 15022-2: 1986 1M (1992)' MSZ 150223: 1986 MSZ 150224: 1986 MSZ 15022-7 1986 MSZ 15022-7 1986 1M (1992)'

Design of load bearing structures of b' ildings Design of load bearing structures of b ildlngs Design of load bearing structures of b ildlngs Design of load bearing structures of b ildings Design of load bearing structures of b ildings Design of load bearing structures of b ildings concrete prefabricated structures Design of load bearing structures of buildings constructions Design of load bearing structures of buildings constructions

it:

Masonry Structures MSZ 04-803-1 : 1989 MSZ 04-803-2: 1989 MSZ 15023: 1987

Wood StNctUreS MSZ 04-803-6: 1989 MSZ 15025: 1989

-

- Reinforced concrete structures - Reinforced concrete Structures - prestressed concrete Structures

- prestressed concrete Structures - Concrete structures - Concrete, reinforced concrete and strained - Structural regulations for reinforced concrete - Structural regulations for relnforced concrete

-

1

Building structures for building and fi ng Masonry struartres Building structures for building and fi ng Stone structures and stone sculpture work Statistical design of load carrying mas nry constructions of buildings

-

Building structures for building and fiqng Timber structures and load bearing timber structures StaUcal design of load carrying wooden constructions of buildings

General MSZ 150282 1984 MSZ 15012-1:1986' MSZ 15012-21985

Principles of strength calculations Terminology Symbols

Acceptable Foreign Standards All Eurocodes are acceptable in Hungary

Regulatory Body Ministry of Agriculture and Country Development Officefor Construction H-1860 Budapest, Pf 1 Contact Kov&cslmre

0 BSI 2000

Sep-00

Notes Building control is run on a local level According to the lllingarian regulation innovative products as well as exported praducts require techntcal approvals. PLC for Quality Control and Innovation in Building Hungary, Budapest, Di6szegi ut 37 Fax: 36-1-386-8794 Mandatory requirements

Structural Design Codes

BSI International Survey

INDIA National Regulations National Building Code of India Part VI: Structural Design Section 1: Loads Section 2: Foundations Section 3: Wood Section 4: Masonry Section 5: Concrete Plain and reinforced concrete - Prestressedconcrete Sectlon 6 Steel Section 7: Prefabrication and systems building

-

-

Standards Foundations IS 1892: 1979 IS 1904: 1983 IS 13063 Loading IS 875 Part 1: 1987 IS 875 Part 2: 1987 IS 875 Part 3: 1987

IS 875 Part 4: 1987 IS 875 Part 5: 1987

t

Code of practice for subsurface inves gations for foundations Code of practice for design and cons d o n of foundations in soils: General requirements Structural safety of buildings on shallo foundations on rocks Code of practice

-

4

Code of Practice for design loads ( o er than earthquake) for buildings and structures. Dead loads. Unit weights of building aterials and stored materials. Code of Practice for design loads ( ottler than earthquake) for buildings and structures. Imposed loads Code of Practice for design loads ( oqer than earthquake) for buildings and structures. Wind loads Code of Practice for design loads ( oqer than earthquake) for buildings and structures. Snow loads Code of Practice for design loads ( other than earthquake) for buildings and structures. Special loads and combinations.

Earthquake resistance IS 1893 1984 IS 4326 :1993 IS 13827: 1993 IS 13828: 1993 IS 13920: 1993

steel S t N d U r e S * IS 800 1984 (1991) IS 801: 1975 (1991)

a

IS 806 1968 (1991) IS 808: 1989 IS 811: 1987 Concrete structures IS 456: 1978 IS 457 1957 (1991)

3

Code of practice for general constructi n in steel (reaffirmed 1991) Code of practice for use of cold form light gauge steel structural members in general building construction Code of practice for use of steel tubesiin general building construction Dlmensionsfor hot rolled steel beam, and angle sections Cold formed light gauge structural ste Code of practice for plain and reinfo concrete Code of practice for general construTn of plain and reinforced concrete for dams and other massive structures

IS 1343:1980 IS 2210 1992 IS 2185: Part 1: 1979 IS 2185: Part 2: 1983 IS 2185: Part 3: 1984 IS 6072 1971 IS 6073 1971 IS 7861: Part 1: 1975

IS 7861: Part 2: 1981 IS 8989: 1978 ' limber structures

a

IS 883: 1994 IS: 1986 Masonry structures IS 1905: 1987

0 BSI 2001

concreting Code of practice for extreme weather concreting Recommended practice for cold weather concreting Safely code for erection of concrete framed structures

-

-

Design of structural timber in building Code of practice Structural timber in building Code of practice for structural use of uh-reinforced masonry

Aug-Ol

Composite structures IS 3935: 1966 (1998) IS 11384: 1985

Code of practice for composite construction Code of practice for composite construction in structural steel and concrete

Acceptable Foreign Standards The Building Code of India is not a mandatory code therefore foreign standards which can prove compliance are acceptable.

Regulatory Body ,

Ministry of Urban Development Government of India Nirman Bhavan Maulana &ad RuJd New-Delhi-110011

Notes Special Publication 7: 1983 National Building Code of India Group 1: For architects Group 2: FOi structural Design Engineers (covers Part VI of the NBC) Group 3: For construction engineers Group 4: For building services engineers Group 5: For plumbing services engineers Available from Bureau of Indian Standards Manak Bhavan 9 Bahadur Shah Zafar Marg New Delhi 110002 Tel: +91 11 323 0131 Fax: +91 11 323 4062 Building bye-laws are enforced by the concerned municipality/municipalcorporation/developmentauthority of the area in the VariOUS states of India. Central Building Research Institute, Roorkee 247 667 Uttar Pradesh India Phone: 91-1332-72243 FAX 91-1332-72272/72543 Email [email protected] www.cbri.org or www.csir.res.in/cbri

-

Imported cement and steel products must comply with mandatory Indian quality ktandards. The standards include printing of maximum retail sale price inclusive of all taxes, date of packaging, net quantity ankJ generic or common name of the commodity besides name and address of importer.

Structural Design Codes

BSI International Survey

INDONESIA National Regulations Not reported by authority

Standards SNI 03-28451992

Code of design for modular apartment

Loading SNI 03-1727-1989 SNI 03-2397-1991

1

Loading speciflcation for houses and uildings, guide for design Wind resistance simple buildings, Cod for design

Earthquake resistance SNI 03-1726-1989

Seismic resistance design code for hohses and buildings, Guide

steel structures SNI 03-17291989

Steel construction for buildings, guide for design

Concrete SNI 03-1734-1989 SNI 032847-1992 SNI 03-3430-1994

Masonry structures SNI 03-3431-1994

-

Stone and building Code for controllihg horizontal displacement by Inclinometer instrument

Acceptable Foreign Standards Not reported by authority

Regulatory Body Ministry of Settlement and Region Development

0 BSI 2000 I

Sep-00

Structural Design Codes

BSI International Survey

ISRAEL National Regulations All the standards listed below are mandatory, as being referred to by the Design and Building Regulations, published by the Interior Ministry

Standards Loading

-

SI 109 1996 SI 412 -:1992 (1993) SI 414: 1982 (1984)'') SI 1227 Part 1 1988 1999 SI 1227 Part 2 1990 ['I

-

(')

Weight of building materials and structural parts Loads on structures: Characteristic lodds Characteristic loads In buildings. Wind loads Loads on bridges: Highway bridges Loads and geometrical requirements for bridges: Railway bridges

Earthquake resistance

SI 413: 1995 (1998) (')

Design provisions for earthquake resistanceof buildings

Steel structures SI 1225 Part 1 - 1998"'

Steel structures code: General

Aluminium structures None

Concrete structures

-

SI 466 Part 1 1987 (1997) ('I SI 466 Part 2 1979 (1996) U) SI 466 Part 3 1987 (1995) (') SI 466 Part 4 1991 (1999) SI 466 Part 5 1987 (,) 1996) SI 940 1988 (1993)

-

Concrete Code: General principles Reinforced and urbreinforcedconcrete structures Concrete Code: Concrete Code: Prestressedconc ete Precast concrete lemenk and structures Concrete Code: Precast prestress& hollow core slab floors Concrete Code: Foundationsfor buildings

b

Masonry structures None

limber structures None

Acceptable Foreign Standards Regulatory Body Building RegulationCoordination Unit PO Box 6158, Hakiria. Kaplan 2, Jerusalem 91061 Tel: 972 2 6701450 Fax: 972 2 6701633 . E-mail: [email protected]

Notes (1) The standard is under revision. In brackets is written the date when the last correction to the standard was published.

The Israeli standards published by SI1 have a voluntary status. The statusd the standards can be changed to mandatory. either by decree that they are official standards or by their reference in secondary ldgislation (decrees or regulations)of government ministries.

0 BSI 2001

Aug-Ol

BSI International Survey

Structural Design Codes

IVORY COAST National Regulations There are no national regulations or codes. Documents covering Public Works make reference to ‘RBgles del I’art‘ (state of the art). This is not formalised in any document French codes are mainly used (see below)

Standards Loading Ri?gles Neige et vent

Rules MI 65.Rules defining the effects on buildings of snow and winds and appendices.

Earthquake resistance none

steel structures none Alumlnlum structures none Concrete structures BAEL 91 Rhgles BP

Technical Rules For The Design of Reihforced Concrete Structures According to the Limit States Method Technical Rules for the Design of Prestresshd Conaete. Rules BPEL 91

Masonry structures none Tlmber structures none

Acceptable Foreign Standards

Internationaland French Standards are acceptable and widely used in Ivory Coast

Regulatory Body Notes The above informaiton was received from the Engineer of Public lkorks at Codlnorm

0 BSI 2002

Jan-2002

BSI International Survey

Structural Design Codes

JAPAN National Regulations The Building Standard Law of Japan (BSL) (Japan's building code)

Standards Loading See notes

Earthquake resistance See notes

Steel structures

See notes Concrete structures

See notes Timber structures See notes

Acceptable Foreign Standards The new Japanese Building law is a Performancebased code therefore building satisfies the performance criteria for structural safety, fire

mponents can be made to any standards if the completed

Regulatory Body Ministry of Construction Housing Bureau Building Guidance Division Tel: +81 3 3580 4311 Fax: +81 3 3580 7050

Notes Information expected from the authority will be included in next update.

0 BSI 2001

Sep-00

Structural Design Codes

BSI International Survey

KYRGYZ REPUBLIC National Regulations SNIP KP 23-02-00 SNIP KP 20-01-00 SNIP KP 2.01.02-94 SNIP 22-01-96 KP SNIP 11-7-81 SNIP 22-01-96 SNIP 2.01.1590 SNIP 11-23-81 SNIP 111-ia75 SNIP 2.03.06-a5 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.03.03-85 SNIP 2.03.04.84 SNIP 11-22-81 SNIP 111-24-75 SNIP 11-2580

Building Wind and ice loading on wires, cables and support air lines Earthquake resistant construction in s ismlc areas. Rating of seismic stability in existing b, ildings Construction in seismic areas Geophysics of dangerous structures from dangerous geological processes. Engineering protection of Basic design rules. Steel structures Metal structures Aluminium structures Concrete and reinforced concrete s tures Dense silicate plain concrete and r e q r c e d concrete structures Wire fabric reinforced concrete Design manual for concrete and reinfdrced concrete structures for the use oat high and extremely high temperatures I Masonry and reinforced masonry structures Industrial furnaces and stacks Wood structures

t

Standards Loading GOST 7076-87 (CTC3B 492383) GOST 23337-78 (CTC3B 2600-

80) Earthquake resistance

Building materials and products. Methpd of thermal conductivity determination Noise. Methods of noise measuremerit in residential areas and in the rooms of residential, public and community buildings See regulations

Steel structures KMC 21.15.004-96 GOST 23682-79

cranes having loadSpecifications

GOST 2404594 GOST 26047-83

Aluminium structures GOST 22233-93 GOST 24767-81

t

Extruded profiles of aluminium alloys or encosure building structures. General specifications Cold bent profiles of aluminium and a1 minium alloys for enclosure building structures. Specifications

Concrete structures GOST 13015.0-83

Precast concrete structures and members

Masonry structures KMC 21.60.01-00 GOST 24992-81 CT C3B 4417-83

Bricks and ceramic stones Masonry structures. Method of Masonry structures. Reliability

Timber structures GOST 4981-87

Wooden joists

Acceptable Foreign Standards Eurocodes are not acceptable in Kyrgystan although there are plans to a e p t British, US and German Standards in the future.

Regulatory Body State Inspectionfor Standardization and Metrology under the Government of the Kyrgyz Republic 197 Punilov Str Bishkek 720040 Kyrgystan Tel: +996 312 22 78 84

Notes SNIP documents are building regulations and standards from the former USSR. They continue to be used in Kyrgyz Republic both with and without changes. GOST standards are from the former USSR. They continue to be used in Kyrgyz Republic both with and without changes. KMC standards are state standards of Kyrgyz Republic.

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

LATVIA National Regulations Building Law 1995 LBN 000 LBN 001 LBN 004-01 LBN 202-01

June the 2gm1992; has amendments) from March the 1' 1992)

The list of building codes (in force The basic statute of building

design Draft document Provisions for the designing of concre e and reinforced concrete structures (approved by regulations Nr. 451 of December the 3" 1997 of the CM; in force from May the 1- 1998) Provisions for the designing of mason and relnforced masonty structures (approved by regulations Nr. 139 of April the 21- 1 8 of the CM; in force from May the 1" 1998) Provisions for designing of timber stru res (approved by regulations Nr. 140 of April the 13m 1999 of the CM; in force from July the 1- 1999) Geotechnics and foundations of cons ction works Draft document Designing pmvisionsfor pile foundati ns Draft document Regulationsfor the procedure of the ntrol of production and quality assessment of building materials and construction products, rovided by enterprises (in force from April the lp 1991) Regulations for content and drafting nditions of the design of performance of construction (approved by regulations Nr. 221 of J ne the 25m1997 of the CM; in force from July the 11997)

i

LBN 203-97 LBN 20597 LBN 206-99 LBN 207-01 LBN 214-01 LBN 302

LBN 310-97

Standards Loading See above

Earthquake resistance

See above Steel structures See above

Aluminium structures

See above Concrete structures See above

Masonry structures

See above Timber structures See above

Acceptable Foreign Standards Structural Eurocodes currently adopted LVS ENV 1991-2-1: 2000 Basis Of Design And Actions On LVS ENV 1991-2-7 2000 Basis Of Design And Actions On LVS ENV 1991-3 2000 Basis Of Design And Actions On LVS ENV 1992-2: 2000 Design Of Concrete Structures LVS ENV 1993-2: 2000 Design Of Steel Structures Bridg LVS ENV 1994-2: 2000 Design Of Composite Steel 8 Con LVS ENV 19952 2000 Design Of Timber Structures Bridg

-

-

-

-

tructures Bridges

In the future it will be possible to design after national Standards of Scandinavian countries in cases where there is neither Latvian regulations or CEN standards. (See below)

Regulatory Body Ministry of Environmental Protection and Regional Development (MEPRD) Peldu Str 25, Riga, LV-1494, Latvia Tel: +371 7026461. +371 7026462 Fax: +371 7820442

Notes At present many LBNs cite Russian Snip Standards. Latvia is in the process of changing these. During the transition phase up Estonia, with the technical assistance of neighbouring Scandinavian cOun Eurocodes and other European Standards and IS0 standards.

0 BSI 2001

Aug-Ol

Structural Design Codes

BSI International Survey

LITHUANIA National Regulations Technical Regulations:STR 106.01: 1999 Assessment of the construction project and the structur STR 1 02.04: 1999 Certification of the enterprises responsible for assess$nt of structures STR 1.02.03: 1997 Certification of design and construction enterprises STR 1.01.01 : 1996 The system of normative documents applied in the field of construction, their drafting and approval STR 1.11.Ol :Acceptance procedure for structures STR 2.01(1): 1999 Essential requirementsfor structures. Mechanical resis ance and stability STR 2.01.01(6): 1999 Essential requirements. Energy saving and heat co servation STR 1.01.04: 1999 Construction products. Conformity assessment and C marking STR 1.03.02: 1999 Conformity declaration for construction products STR 1.09.01: 1996 State surveillance procedure for specific requirements In constructionfield

a

Standards Loading

See Eurocodes Steel structures

See Eurocodes Aluminium structures See Eurocodes

Concrete structures LST 1512.1: 1998 LST 1512.2: 1998 LST 1512.3: 1998 LST EN 1504-1: 2000 LST L ENV 136701:2000

k

Reinforced concrete structures. Nondestructive ethods. Determiningthe concrete cover, diameter and location of reinforcement bars by eans of magnetic method Reinforced concrete structures. Nondestructive esting methods. Determining the prestress of uency reinforcement bars measuring the fundamental esting methods. Determination of strength Reinforced concrete s t ~ c t u r eNondestructive ~. according to number of steel hammer Products and systems for the protection and rep lr of concrete structures. Definitions, requirements, quality control and evaluation of c&formity Definitions Execution of concrete structures. Part 1: Comma

-

Masonry structures See Eurocodes

Timber structures

See Eurocodes Composite structures

See Eurocodes

Acceptable Foreign Standards The following Eurocodes Eurocode IBasis of design and action on structures LST L ENV 1991Eurocode 1: Basis of design and actions on strudtures. Part 1: Basis of design 1:2000 LST L ENV 1991-2Eurocode 1: Basis of design and actions on stru+ures. Part 2-1: Actions on structures. 1:2000 Densities, self-weight and imposed loads LST L ENV 1991-2Eurocode 1: Basis of design and actions on strudures. Part 2-2: Actions on structures. Actions 2:2000 on structures exposed to fire LST L ENV 1991-2Eurocode 1: Basis of design and actions on strudures. Part 23: Actions on structures. Snow 32000 loads LST L ENV 1991-2Eurocode 1: Basis of design and actions on stru&res. Part 24: Actions on structures. Wind 4:2000 actions LST L ENV 1991 Eurocode 1: Basis of design and actions on structures. Part 3: Traffic loads on bridges 3:2000 Eurocode 1: Basis of design and actions on structures. Part 4: Actions on silos and tanks LST L ENV 1991 4:2000 Eurocode 2 Design of concrete structures Eurocode 2: Design of concrete structures. Part 1: General rules and rules for buildings LST L ENV 1992-11:2000 Eurocode 2: Design of concrete structures. Part 1-2: General rules. Structural fire design LST L ENV 1992-1-2 +AC:2000 Eurocode 2: Design of concrete structures. Part 1-3: General rules. Precast concrete and structures LST L ENV 1992-1-3: 2000 elements

-

0 BSI 2002

Jan-2002

Eurocode 2: Design of concrete structures. Part 1-4: General rules. Lightweight aggregate concrete with closed structure Eurocode 2: Design of concrete structures. part 1-5: General rules. Structures with unbonded LST L ENV 1992-1-5: 2000 and external prestressing tendons LST L ENV 1992-l-S:2001 Eurocode 2. Design of concrete structures. Part 1-6: General rules. Plain concrete structures Eurocode 3 Design of steel structures Eurocode 3: Design of steel structures. Paq 1-1: General rules and rules for buildings LST L ENV 1993-11+A1+A2:2000 LST L ENV 1993-1-2:2000 Eurocode 3: Design of steel structures. Paq 1-2: General rules. Structural fire design Eurocode 4 Design of composite steel and concrete structures LST L ENV 1994-1-1:2000 Eurocode 4. Design of composite steel and concrete structures. Part 1-1: General rules and rules for buildings Eurocode 4. Design of composite steel and bncrete structures. Part 1-2: General rules. LST L ENV 1994-12+AC1: 2000 Structural flre design Eurocode 5 Design of timber structures LST L ENV 19951-1:2000 Eurocode 5. Design of timber structures. Pa 1-1: General rules and rules for buildings LST L ENV 1995-1-2:2000 Eurocode 5. Design of timber structures. P a t 1-2: General rules. Structural fire design LST L ENV 1992-142000

Eurocode 6 Design gf masonry structures LST L E N 1996-1-1:2000 Eurocode 6: Design of masonry structures. Tart 1-1: General rules for buildings. Rules for reinforced and unreinforced masonry I LST L ENV 1996-1-2:2000 Eurocode 6 : Design of masonry structures. art 1-2 : General rules. Structural fire design. LST L ENV 1996-1-3:2000 Eurocode 6 : Design of masonry structures. art 1-3: General rules for buildings. Detailed rules on lateral loading LST L ENV 1996-22000 Eurocode 6 : Design of masonry structures. Part 2: Design, selection of materials and execution of masonry LST L ENV 1996-3:2000 Eurocode 6 : Design of masonry shctures. Part 3: Simplified calculation methods and simple rules for masonry structures Eurocode 7 Geotechnical design LST L ENV 1997-1:2001 Eurocode 7: Geotechnical design. Part 1: Eurocode 7: Geotechnicaldesign. Part 2: LST L ENV 1997-2:2001 Eurocode 7: Geotechnical design. Part 3: LST L ENV 1997-3:2001

1

Eurocode 9 Design of aluminium structures LST L ENV 1999-1-1:2000 Eurocode 9: Design of aluminium structures. Part 1-1: General rules. General rules and rules for buildings

Regulatory Body Ministry of Environmental Protection

Notes Building control is performed by State Territory Planning and Construction inspectorate under Ministry of Environmental Protection Certification Centre for Construction Produds Linkmenu 28 2600 Vilnius Lithuania Tel: +370 2 72 80 78 Fax: +370 2 72 80 75 A l i t of regulations and standards covering testing of construction products is available.

Structural Design Codes

BSI international Survey

MALTA National Regulations Mandatory Standards LN 47: 1988 (Ml of 1988) LN 16: 1981 (M8of 1981) LN 10: 1986 (M15 of 1986) LN 60: 1987 (M20 of 1987)

Hot rolled steel bars for the reinforce ent of concrete Crete Steel fabric for the reinforcement of Building and Sanitary pipes in asbest cement Polyethylenedamp-proof courses for masonry

i

Acceptable Foreign Standards In Malta warranted architects and Civil Engineers are not bound to apply any particular Standards of Code.

Regulatory Body Minisby for Environment Works Division, Project House, Floriana CMRO2, MALTA Phone (00356) 221411 Fax (00356)234145 ' URL: http:/~.magnet.mt/home/moe/hdex.html

Notes It is planned to adopt The Construction Products Directive in 2001

0

0 BSI 2000

sep-oo

Structural Design Codes

BSI International Survey

MOLDOVA National Regulations SNIP 2.01.07-85 SNIP 11-23-81 SNIP w i a 7 5 SNIP 2.03.06-85 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP2.03.03-85 SNIP 2.03.04-84 SNIP 2.06.0887 NCM F.03.02-99 SNIP 111-2475 SNIP 11-2580

Loads and effects Steel structures Metal structures Aluminium structures Concrete and reinforced concrete stnictures Dense silicate plain concrete and reinforced concrete structures Wire fabric reinforced concrete Design manual for concrete and reinfdrced concrete structures for the use at high and extremely high temperatures ures for hydraulic facilities Concrete and reinforced concrete s Design and calculation of masonry T c t u r e s Industrial furnaces and stacks Wood structures

Standards Loading GOST 27751-88

Reliability of the constructions and th$ foundations. Principle rules of the calculations

Earthquake resistance See regulations

Steel structures GOST 3024594 GOST 2404594

Steel bent welded closed square and Steel sheet bent profiles with trapezoi

structures. Specifications. purpose. Specifications

Aluminium structures GOST 22233-93

Extruded profiles of aluminium alloys for enclosure building structures. General specifications

Concrete structures See regulations

Masonry structures SP MD 91-26-00598 SP MD 91-026-012-98 SP MD 91-26-013-98 SP MD 91-026-01598

Stones sawn from the rock for the mabonry. Technical spedfication Stones tom. Technical specification ' Ceramics pieces for town planning an organization of public services. Technical specifications Brick, ceramics, blocks, and profiles. echnical specification.

P

Timber structures See regulations

Acceptable Foreign Standards None

Regulatory Body Ministry of Environment and Territorial Planning MD 2005, str. Cosmonautilor, 9 Chisinau, Moldova Tel: +373 2 22 86 08 Fax: +373 2 22 07 48 e- mail: [email protected]

Notes Moldovastandard MD 2064, str. Coca, 28. Chisinau Moldova Tel: +373 2 74 85 88 Fax: +373 2 75 05 81 SNIP Russian regulations GOST Russian Standards NCM Moldovan Construction regulations SP MD Moldovan National standards

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

I

NEPAL National Regulations Nepal Building Act 1998

Standards Loading NBC 103 NBC 104 NBC 107 NBC 202 Earthquake reslstance NBC 105 NBC 203 NBC 204 Steel structures NBC 111 Aluminium structures NBC 113 Concrete structures NBC 110 NBC 201 NBC 205 Masonry structures NBC 109 Timber structures NBC 112 Other NBC 000 NBC 101 NBC 102 NBC 107 NBC 108

Occupancy load Wind load Snow load Mandatory rules of thumb: Load bearihg masonry Seismic design of buildings in Nepal Guidelines for earthquake resistant blilding construction Low strength masonry Guidelines for earthquake resistant bqiiding construction Earthen buildings

-

Steel Aluminium Plain & reinfoced concrete Mandatory rules of thumb relnfoced Mandatory rules of thumb reinfoced

ncrete buildling with masonry infill ncrete buildling without masonry infill

3

-

Masonry Unreinforced Timber Requirements for state of the art design Materials specification Unit weight of material Fire safety Site consideration

Acceptable Foreign Standards Indian Standards, British Standards and the US Uniform Building Code are used but in an informal way at a personal level.

Regulatory Body Ministry of Physical Planning and Works Depattment of Urban Development and Building Construction Babamahal Kathmandu Tel: +977 1 262927 Fax: +977 1 262439 Mail: [email protected]

Notes The minisby Implementsthese codes throughout Nepal.

0 BSI 2001

Aug-Ol

Structural Design Codes

BSI International Survey

NEW ZEALAND National Regulations Building Regulations 1992 contain the mandatory New Zealand Building Code

Standards Cited in non-mandatory Approved Document

Loading NZS 420x1984 8 1992

General structural design and design Ikadings for buildings

Earthquake resistance NZS 4219: 1983 Steel structures NZS 3404: Part 1: 1992 Concrete structures NZS 3101: Part 1: 1995 Timber structures NZS 3603: 1993 NZS 36O4:1999 Aluminium structures ASlNZS 1664.1 :1997 AS/NZ 1664.2: 1997 Masonry structures NZS 4230: Part 1: 1990 NZS 4230: Part 2: 1990 NZS 4210: 1989 NZS 4229: 1999

Earth Structures NZS 4297:1998

Specificationfor seismic resistance of engineering systems in buildings Steel structures standard The design of concrete structures Timber structures standard Timber framed buildings

Aluminium structures-Limitstate desigp Aluminium structures Allowable stresb design

-

-

Code of practice for the design of ma ! nry structures Specifies minimum requirements for the design of masonry buildings and otheTmasonry structures Commentary on Part 1. and workmanship Code of practice for masonry engineering design Concrete masonry buildings not Engineeringdesign of earth buildings

Acceptable Foreign Standards A number of foreign standards are cited in the Approved Documents.

Regulatory Body Building Industry Authority Greenock House 39 The Terrace PO BOX11-846 Wellington New Zealand

Telephone: 04471 0794 Toll-frbe: 0800 242 243 Facsi$ile: 04471 0798 Email' [email protected] www.dia.govt.nz

Notes

voluntary. The Territorial Authorities administer the Act and Regulationswithin their krritories by: issuing project information memoranda approving or refusing building consent applicationswithin prescn ed time limits granting or refusing waivers or modificationsof the Building Cod issuing code compliance certificates issuing compliance schedules and recording building warrants ofjfitness enforcing the provisions of the Building Act, the Building Regula ons and the New Zealand Building Code maintaining records of building information and making them av rlable to the public.

t

I

Owners have the choice of employing a Building Certifier to check plans a d specifications at building consent stage and perform inspectionsduring construction. Accreditations (approval of specific products, systems, or methods)are carried out by the BIA on receipt of an appraisal from a suitably qualified and independentappraiser.

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

PHILIPPINES National Regulations The National Building Code of the Philippines (NBCP) and its lmplementinp Rules and Regulations.

Standards National Structural Code of the Philippines (NSCP) Volume 1 Buildings, Towers, and Other Vertical Structures Fourth Edition, 1992

Code of Practice for Structural Design of Buildings (4sreferral Code of NBCP)

(Acceptable Reference: Guide on Earthquake Resistant Design of Buildings by the Association of Structural Engineers of the Philippines 1991 ASEP Guide)

Design guide for seismjc design of buildings as per provisions of the 1992 NSCP

-

-

Structure Design Requirements

NSCP Vol. 1: Chap. 1:1992 SEP Guide: Part 1, Chap. 31991

Loadings NSCP Vol. 1: Chap. 2:1992 ASEP Guide Part 1: Chap.21991

Minimum Design Loada and Lateral Forces for Buildings and Other Related Structures Lateral Forces

Earthquake Resistance ASEP Guide: Part 1, Chap. 1:1991 ASEP Guide: Part 2, Chap. 4:1991 ASEP Guide: Part 2, Chap. 5:1991

L

Introductionto Earthqu ke Resistant Design Recommended Structu I Detailing Practices Structural Systems

Foundation Excavations, Foundatiqns and RetainingWalls Grading and Earthworkk

NSCP Vol. 1: Chap. 7:1992 NSCPVol. 1: Chap. 8:1992

Steel Structures NSCP Vol. 1: Chap. 4:1992 ASEP Steel Handbook: Part 1: ASEP Steel Handbook: Part 2: ASEP Steel Handbook: Part 3: ASEP Steel Handbook: Part 4: ASEP Steel Handbook: Part 5: ASEP Steel Handbook: Part 6: ASEP Steel Handbook: Part 8:

1994 1994 1994 1994 1994 1994 1994

Steel 8 Metal Built-up Shapes Cold-Formed Plate Shapes Cold-Formed Light Gage Shapes Rolled Shapes Metal Decks Steel Flat Products Welded Joints

Concrete Structures NSCP Vol. 1: Chap. 5: 1992

Concrete

Masonry Structures NSCP Vol. 1: Chap. 6: 1992

Masonry

Timber Structures NSCP Vol. 1: Chap. 3: 1992

Wood

Acceptable Foreign Standards A. B. C. D. E. F.

Building Code Requirements for Structural Concrete American Concrete Institute (ACI-318) American Institute of Steel Construction (AISC Manuals) ASTM Standards Uniform Building Code (UBC) British Standards (BS) Japanese Industry Standards (JIS)

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

Regulatory Body Department of Public Works And Highways (DPWH) Bonifacio Drive, Port Area, Manila, Philippines Tel. No.: (+632)304-3000 FAX NO.: (632)304-3017 Department of Interior and Local Government (DILG) A. Francisco Gold Condominium 11, EDSA corner Mapagmahal SI., Brgy. PiRahan, Diliman, Quezon City, Philippines Tel.: (+632)920-3513 (632)925-0320to 23 Fax : (632)925-0332

Notes Building permits are secured prior to construction. Permits are issued by Local Building Officials (LBOs). LBOs enforce the provisions of the NBCP and its referral $odes. LBOs are under the administrative supervisions of the Local Authorities who are in tum under the DILG. DPWH develops the NBCP and its implementing rules and regulations and has appellate jurisdiction over the decisions of the LBOs made pursuant to the provisions of the NBCP.

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

POLAND National Regulations

-

Ustawa Prawo Budowlane (The law on building and entered into force on 1 Jan. 1995. published in the (XI

Standards Foundations PN-811B-03020 PN-80/8-03040 PN-83/B-02482

Actions of Building Structures PN-82/ 8-02000 PN-82/ 8-02001 PN-82/ 8-02003

Principles of the establishment of values. Contains 25 terms with their definitio$s related to actions on buildings. Permanent actions. Describes NIB for determination of jctions by construction deadweight, ground weight and actions by Initial construction prestre sing. Variable actions during construction nd assembling.

t

Loading PN-80/ 8-02010 PN-77/ 8-02011 PN-86/ 8-02015 PN-87B-02013 PN-8W 8-02014

Loads on building structures. Loads on building structures. Loads on building structures. Loads on building structures. Loads on building structures.

loads. Temperature loads. loads. Atmospheric iceloads

Steel structures PN-90/B-03200 PN-93/B-03201 PN-B-03202:1996 PK78B-03203 PN-79B-03204 PN-B-03205:1996 PN-B-03206:1996 PN-8yB-03215 PN-B-062003997 PN-63/B-06201 PN-80/B-03203 PN-89/S-10050 PN-82/S-10052

Steel structures. Static calculation anP design rules.

Steel structures. Bridges. Design.

Aluminium structures PN-64B-03320

Aluminium structures. Static calculatipn and design

Concrete structures PN-7VB-06280 PN-89B-03262 PN-87B-03263

Structures of large size precast reinwrcedconcrete elements. Code of practice and acceptance Concrete tanks for storing granular aterials and silages. Static calculation and design. Concrete. reinforced and prestress concrete made of lightweight aggregate copncretes. Static calculation and design Concrete, reinforced concrete and prgstressed concrete structures. Static calculation and I design Concrete and reinforced concrete wop. Post-tensioned prestressed concrete structures. Specifications and acceptance tests

A

Masonry structures PN -87/8-03002 PN-67/B-03005

Brickwork and reinforced concrete dmneys. Static calculation and design rules Masonry structures of brick and othed small sized components with reinforcement. Static calculation and design.

Timber structures PN-81B-03150.00 PN-81/B-03150.01 PN-81/&03150.02 PN-81/B-03150.03

Timber and wood based material s Timber and wood based material s Timber and wood based material s Timber and wood based material s

ctures. Static calculation design. General rules ctures. Static calculation design. Materials ctures. Static calculation design. Constructions ctures. Static calculation design. Joints

Composite structures PN-89/B-03340 PN-82/B-03300 PN-86/B-03301

0 BSI 2000

Composite masonly structures. Statiq calculation and design. Steelconcrete composite structures. ICompositethick-section beams Steelconcrete composite structures. 'Static calculation nd design. Composite columns

Sep-00

Acceptable Foreign Standards Foreign structural designs (including Eurocodes) are not acceptable in Poland.

Regulatory Body Ministershvo Spraw wewnetrznych I Administracji (Ministry of Interior Departament Budownichva,Architektury, Geodezji I Kartografii (Dept Cartography) UI. Wspolna 2/4 00-926 warszawa

Architecture, Geodesy &

Tel: +4a 22 661 80 37 Fax: +4a 22 621 38 72 Director: Stanislaw Zieleniewski

Notes Building material for sale or use in Poland must carry either "6-certificate or a certificate of approval according to Polish tsciinical standards. From: Polskie Centrum Badan i Certyfikacji, PCBC ul. Klobucka 23A 02-699 Warszawa Tel: +48 22 647 10 71 Fax: +4a 22 s42 12 22

Structural Design Codes

BSI International Survey

ROMANIA National Regulations Standards Actions upon structures STAS 1010110 : 1975

Classification and combination of actiqns.

STAS 1010110A : 1977 (Together with STAS 1010110 STAS 10101lOB : 1987

Loading STAS 10101120 : 1990 STAS 10101121 : 1990 STAS 10lOlll : 1978 STAS 1010112 : 1975

a

STAS lOlOV2Al : 1987 STAS 10101/2A2 : 1978 STAS 10101123 : 1975 STAS 10101123A : 1978

Action of the wind. Snow loads. Technical weights and dead loads. Loads due to the exploitation process: (Supersedes STAS 506:1971) Technological loads for non-industrial, industrial and agrozootechnical buildings Actions due to the exploitation proms$. Loads due to overhead travelling cranes. Loads due to external temperature. (Partially supersedes STAS 946:1956] Loads due to the external temperaturei on non-industrialand industrial structures.

Earthquake resistance STAS 9165: 1972 STAS 931511: 1980 STAS 1110011: 1977

General Design rules for construction In seismic zones Equipment for chemical and petrocherhical Industry. Seismic actions Seismic zones. Zones of Romania

Steel structures STAS 1010376 STAS 76710-88 STAS 101ONO-78

Steel construction. Basic design Civil, Industrial 81Agricultural constru on. Steel construction. General quality requirements Civil, Industrial 8 Agricultural constru on. Design of steel elements

Concrete structures STAS 10102-75 STAS 1010710-90 STAS 1010711-90 STAS 665711-89

Concrete construction. Reinforced and prestressed concrete. Basic requirements for design and selection of components Clvil. Industrial 8 Agricultural construc$on. Design specification for structural elements of reinforced and prestressed concrete Civil, Industrial 8 Agricultural construdon. Blocks of reinforced and prestressed concrete. General design specification. Concrete prefabricated elements. Relhforcedand prestressed concrete. General quality requirements.

Masonry structures STAS 10104-83

a

Masonry construction. Elementary structural deslgn

limber structures SR EN 338: 1997 SR EN 380:1996 SR EN 383: 1996 SR EN 408: 1996 SR EN 409: 1996 SR EN 595: 1997 SR EN 596: 1997 SR EN 789: 1998 STAS 8 5 ~ 1 STAS 857-83

-

Structural Timber Strength classes Timber Structures Test methods General principles for static load testing Timber structures Test methods Dekermination of embedding strength and foundation values for dowel type fasteners Timber structures structural timber apd glued laminated timber Determlnationof some physical and mechanical properties Timber structures Test methods Ddtermination of the yield moment of dowel type fasteners Nails Timber structures Test methods T q t of trusses for the determination of strength and deformation behaviour Timber structures Test methods Soft body impact test of timber framed walls Timber structures Test methods Dqerminationof mechanical properties of wood based panels Timber construction. Design methods Timber elements and parts for construction. Classification and quality requirements.

-

-

-

-

-

-

Prefabricated structures STAS 9581-87

Civil. Industrial 8 Agricultural construction. Design with prefabricated parts. Classification., Specification, Technical drawlngs

Acceptable Foreign Standards EN adopted standards listed

0 BSI 2000

Sep-00

Regulatory Body State Inspection in Building Construction, Public Works, Town planning and Territprial Planning Inspeqia de stat In Construqii, LucrBri Publice, Urbanism gi Amenajarea Teritoriului (ISCLPUAT) Str. Apolodur nr. 17 Sector 4 BucureSti Tel: +40 1 336 85 74 Fax: +40 1 336 85 18

Notes Product certification carried out by: Romanian Register for Building Construction Machinery and Equipment Registrul RomBai Maginitor si EchipamentelorTehnologice de Construcfii Soseaua Pantelimo,, nr. 266 Sector 2 73559 Bucuregti, CP 3-33 tel: +4C 1 255 0'7 341255 04 72 fax: +40 1 255 14 20

Structural Design Codes

BSI International Survey

RUSSIA National Regulations Over 200 building codes and nearly 8000 standards and guidelines make up the Building Regulations in Russia.

Foundations SNIP 2.01.09-91 SNIP 2.02.01-83 SNIP 2.02.02-85 SNIP 2.02.04.88 TSN 50-301-96 TSN 50-302-96

Buildings and structures on underworking and subsiding soils Foundation beds for buildings and sWctures Pile foundations Beds and foundations on permafrost oil Design of foundation beds and foundTtions for buildings and structures constructed in areas with permafrost soil Construction of foundations for civil b ' ildings and structures located in the Metropolitan area administered by the city of St PetersbLrg

Loading SNIP 2.01.07-85 SNIP 2.02.05-87 SNIP 2.06.04-82 SNIP 3.03.01-87 TSN 20-301-97

Loads and effects Foundations for machinery producing impact load Loads and effects arising on hydraulidstructures from Seaway, Ice, and Vessels Loadbearing structures and enclosures Snow loads-

Earthquake resistance SNIP 11-7-81

Construction in seismic areas

Steel structures SNIP 11-23-81

Steel structures

Alumini urn structures SNIP 2.03.06-85

Aluminium structures

Concrete structures SN 511-78 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.03.04-84

the use at high and extremely high temperatures

Masonry Structures SNIP 11-22-81

Masonry and reinforced masonry struktures

Timber Structures SNIP 11-25-80

Wood structures

Other Structures SN 428-74 SN 497-77 SNIP 2.03.09-85 SNIP 2.06.01-86 Cfl53-101-98

Guidelinesfor the design, installationand maintenance of structural glass shapes. Interim guidelines for the design, eredtion. and maintenanceof air-supported pneumatic structures Asbestos-cement structures Hydraulic structures Basic design prpvisions Regulationsfor designing and quality$controlfor steel constructions in buildings

-

Standards See above

Acceptable Foreign Standards

1

With the exception of a few areas covered by Internationalconventions I ternational and foreign standards are not recognized and cannot be officially used in Russia unless adopted by the appropriate aut ority.

Regulatory Body

-

Gosstroy The State Committee for Construction Gosstroy VNllNTPl : Russia, 125047, Moscow, I-st Tverskaya-Yamskaya St.. 6. Tel: +7095 133-1281/+7095 131-3965 1+7095 133-0771. http://www.gosstroy.ru E-mail: [email protected]

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

Notes SNIP Regulatory Information Services Provides information on industry standards, technical regulations, and conformity assessment programs adopted in Russia and CIS states. They also provide procurement, distribution and translation of the regulatory and technical documentation. SNIP can be found at http://www.snip.com/general/index.html Gosarkhstroynadzor Federal InspectionAgency for Architecture and Construction Has offices in every municipality and inspects construction projects from (he design phase through to completion and acceptance for compliance with building codes and standards and makes sure that the designers and contractors specify and use approved building products, materials, and equipment. Gosexpertiza State InterdepartmentalQuality Assessment Agency This organization works for the local administrations to provide independent assessment of construction projects for compliance with national and local regulations.

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

SINGAPORE National Regulations Building Control Act (revised edition 30/12/1999) Building Control Regulations (Revised edition 31.1.2000)

Standards Loading Building Control Regulations (based oh BS CP 3) Earthquake resistance None

Steel structures SS2: Part 1: 1999 SS2 Part 2 1999 SS2 Part 3 1987 SS18 Part 1: 1999

e

SSl8 Part 2: 1970 SS 32 : Part 1 : 1999 SS 32: Part 2 : 1986 SS 427 : 1998 SS 475:- Part 1 :2000 (IS0 6934-1 : 1991) SS 475:- Part 2 :2000 (IS0 6934-2 : 1991) SS 475:- Part 3 : 2000 (IS0 6934-3 : 1991) SS 475:- Part 4 : 2000 (IS0 6934-4 : 1991) SS 475:- Part 5 : 2000 (IS0 6934-5 : 1991)

-

Steel for reinforcement of concrete P ain bars (steel grade 300) Steel for reinforcement of concrete dbbed bars (steel grade 5000) Hot rolled steel bars for the reinforce ent of concrete Cold reduced steel wire for the reinfoqamentof concrete and the manufacture of welded fabric Part 1: Steel grade 5000

Steel for the prestressing of concrete Colddrawn wire Quenched and tempered wire Strand Hot-rolled steel bars with or without subsequent processing

Concrete structures CP 65 Part 1: 1999 CP 65: Part 2: 1996 CP 73: 1998 CP 81: 1999

Code of practice for structural use of ncrete. Design and construction Code of practicefor structural use of Tncrete. Special drcumstances Code of practice for design of concrete structures for retaining aqueous liquids Code of practicefor concrete slab and'wall panels

Masonry structures None specified

limber structures

ss CP 7

Code of practice for the structural use of timber

Miscellaneous

e

CP 11: 1992 CP 24: 1999 CP 57 : 1991

Demolition Code of practice for energy efficiency ' tandard for building services and equipment Setting out of building and civil engin ring works

J

Acceptable Foreign Standards CP 118: BS 5400 BS 5950: BS 8002 BS 8118

For aluminium structures Steel, Concrete and composite bridges For steel structures Earth retaining structures Structural use of aluminium

Regulatory Body Building 8 Construction Authority Building Control 5 Maxwell Road # l W O MND Tower Block Singapore 069110

e

0 BSI 2001

Aug-Ol

-

Structural Design Codes

BSI International Survey

SLOVAKIA National Regulations Code No 5011976 Zb. Layout planning and documentation and building oryer Code No 90/1998 Zz Constructionproducts (This law is based on the Construction Products Directive 89/106/EEC)

Standards STN 73 0035 STN 73 6203 STN 73 0038

Actions on structures Actionsonbridges Design and assessment of building sWctures subjected to reconstruction

Foundations STN 73 0031 STN 73 0033 STN 73 1000

4

Reliability of building constructions an foundation soils. Basic specificationsfor calculation Reliability of structures and subsoils. ask requirements for action and effects Foundations of buildings and structures. Basic design requirements

Loading STN 73 0032 STN 73 0037

Calculation of building structures loaded with dynamic effects of machines Earth pressure acting on structures

Earthquake resistance STN 73 0036

Seismic loading of building constructiohs

Steel structures STN 73 1401 STN 73 1500

Design of steel structures Steel structures. Basic requirements f i r calculation

Aluminium structures STN 73 1590

Aluminium structures. Basic requirements for calculation

Concrete structures STN 73 1201

Design of concrete structures

Timber structures STN 73 1701

Design of timber structures

Composite structures STN 73 1206

Composite steeVconcretestructures. easic requirements for design

Acceptable Foreign Standards The following Eurocodes are in use in Slovakia:

Eurocode 1 Basis of design and action on structures STN P ENV 1991-1 STN P ENV 1991-2-1 STN P ENV 1991-2-2 STN P ENV 1991-2-3 STN P ENV 1991-3 STN P ENV 19914

Eurocode 2 Design of concrete structures STN P ENV 1992-1-1 STN P ENV 1992-1-3 STN P ENV 1992-14 STN P ENV 1992-1-5 STN P ENV 1992-1-6 STN P ENV 1992-2

Eurocode 3 Design of steel structures STN 73 1402 STN 73 1403 STN 73 1404 STN 73 6205 STN P ENV 1993-1-1

Design of light gauge cold-formed steel Design of hollow sections In steel struct Design of steel hydrotechnicalstructure Design of steel bridge structures, etc.

Eurocode 4 Design of concrete structures STN P ENV 1994-1-1

Eurocode 6 Design of masonry structures STN 731101 STN P ENV 19961-1 STN P ENV 19961-2

Design of masonry structures

Eurocode 7 Geotechnical Deslgn STN P ENV 1997-1

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

Eurocode 8 Design provisions for earthquakes and geotechnlcal aspects STN P ENV 1998-1-1 STN P ENV 1996-1-2 STN P ENV 1998-1-3 STN P ENV 1998-2 STN P ENV 1998-5

Regulatory Body Ministerstvo *stavby a regioalneho rosvoja Slovenskej republiky (MVRR 6R) Ministry of Construction and Public Works Spitalska 8 816 44 Bratislava

Notes

-

TSUS Civil Eng. Technical and Testing Institute Studena 3 826 34 Bratislava Slovakia To register construction products:Ing. Rudolf Kyska Ph.D, Technical Director Tel: +421 7 49228 120 Fax: +421 7 4445 3617 e-mail: [email protected]

0 BSI 2002

July 2002

Structural Design Codes

BSI International Survey

SLOVENIA National Regulations Zakon o graditvi objektov (Construction Law) Official Gazette SFRJ no. 34/84 alterations SRS 29/86, SFRJ 83/89, SRSI 5/90, RS 10191

Loading

b

Rules on technical norms for the loading of loadbearing construction buildngs ((Uradni list SFRJ 52/85) Rules on technical norms for the basing of buildings (Uradni list SFRJ 154 ) Rules on technical norms for defining the extent of loads on bridges (Ura ni lisr SFRJ 1/90)

Earthquake resistance

Rules on technical norms for building constructions in seismic areas (Uradne list Officia Gazette SFRJ31/8l149/82, 29/83.21/88 in 52/90)

Steel structures

1

Rules on technical norms for load bearing steel structures (Uradnl list SF ,61/86) Rules on technical regulations concerning dimension and form tolerances for load bearing steel structures (Uradni list SFRJ, 41/64) Rules on technical regulations concerning quality of welds for load bearin steel structures (Uradni list SFRJ, 41/64) Rules on technical regulations concerning lightweight steel constructions i load bearing steel structures (Uradni list SFRJ. 6/65), Rules on technical regulations concerning inspection and testing of load b ring steel structures (Uradnl list SFRJ, 6/65) Rules on technical regulations concerning simple building constructions i load bearing steel structures (Uradni list SFRJ, 6/65) Rules on technical regulations for the actions of wind on loadbearing stee structures (Uradni list SFRJ 41/64)

Concrete structures

9

Rules on technical norms for concrete and reinforced concrete (Uradni lis SFRJ 11/87) Rules on technical norms for concrete and reinforced concrete mixed with natural or artificial lightweight aggregate fill(Uradni list SFRJ 15/90) Rules on technical norms for the design, production and execution of structures with prefabricatedelements of non-reinforced and reinforced from autoclaved aerated concrete (Uradni list SFRJ 14/89)

Standards Timber structures' SIST EN 380:1996 SIST EN 383: 1996 SIST EN 408 1996 SIST EN 409: 1996 SIST EN 594: 1996 SIST EN 595: 1996 SIST EN 596: 1996 SIST EN 789 1996 SIST EN 1059: 2000 SIST EN 1075: 2000 SIST EN 1193 2000

-

-

Timber structures Test methods G 'neral principles for static load testing Timber structures Test methods D?termination of embedding strength and foundation values for dowel type fasteners Timber structures Structural timber ahd glued laminated timber Determinationof some physical and mechanical propertles Timber structures Test methods D&rminationa of the yield moment of dowel type fasteners Nails Timber structures Test methods Timber structures Test methods behaviour Timber structures Test methods Timber structures Test methods panels Timber structures Product requiremepts for prefabricatedtrusses using punched metal plate fasteners made with punched metal plate fastener Timber structures Test methods

-

-

-

-

-

-

-

-

-

SIST EN 1194: 2000 SIST EN 1195: 2000 SIST EN 1380: 2000 SIST EN 1381: 2000 SIST EN 1382 2000 SIST EN 1383: 2000 SIST EN 26891: 1997 SIST EN 28970: 1997 density (IS0 8970:1989)

0 BSI 2000

Sep-00

-

Acceptable Foreign Standards The following Eurocodes are in use in Slovenia

ENV 1991

Basis of design and action on structures

SIST ENV 1991-1: 1998 SIST ENV 1991-2-1: 1998 SIST ENV 1991-2-3: 1998 SIST ENV 1991-2-4: 1998 SIST ENV 1991-3: 1991

ENV 1992

Design of concrete structures

SIST ENV 1992-1-1: 1999

ENV 1993

Design of steel structures

SIST ENV 1993-1-1: 1996 SIST ENV 1933-1-1/Al:1996 SIST ENV 1993-1-2: 1999

ENV 1994

Design of composite steel and concrete structures

SIST ENV :994-1-1:1998

ENV 1995 SIST ENV 1995-1-1:1998

ENV 1998

Design of timber structures Design for provisions for earthquakes and geotechnical aspects

SIST ENV 1998-1-1:2000 SIST ENV 1998-1-1:1995 SIST ENV 1998-1-2: 1995 SIST ENV 1998-1-3:1995 SIST ENV 1998-1-3:2000 SIST ENV 1998-1-4:2000 SIST ENV 1998-2:1995 SIST ENV 1998-5:1995

Regulatory Body Ministry of Environment and Physical Planning Dunuska cesta 48 SI-1000 Ljubljana tel.: (+ 383) 1 478 7400 Fax: +386 2 478 7422 www.sigov.si/mop/

Notes National Construction Inspectorate Parmova 33, 1000 Ljubljana 1386 1 232 32 58 +386 1 231 08 40 Acting Chief Construction Inspector: Angelca Cepelnik E-m4: [email protected] ‘The SIST EN documents are identical to their European counterparts.

Structural Design Codes

BSI International Survey

SOUTH AFRICA National Regulations National Building Regulations Act No 103 of 1977, as amended National Homebuilders RegistrationCouncil (NHBRC) Home Building Manual Part 1: 1999 General Requirements Home Building Manual Part 2 1999 Design Standards Home Building Manual Part 3: 1999 Construction standards

Standards Buildings SABS 0400: 1990 SABS 0401: 1989 Foundations SABS 0161 : 1980

e

Loading SABS 0160 : 1989 Steel structures SABS 0162 Part 3: 1984 SABS 0162 Part 2 1993 SABS 0162 -Part 1: 1993 Concrete structures SABS 0100-Part 1: 1992 SABS 0100-Part 2: 1992

-

Masonry structures SABS 0164: Part 1: 1980 SABS 0164: Part 2 1992

The application of the National Buildiqg Regulations The construction of dwelling houses 14 accordance with the National Building Regulations The design of foundations for buildin@ The general procedures and loadings,to be adopted in the design of buildings The structural use of steel. Allowable tress design steelwork The structural use of steel. Limit-sat4 design of cold-formed steelwork The structural use of steel. Limit-state design of hot-rolled steelwork The structural use of concrete. Design The structural use of concrete. Materials and execution of work

The structural use of masonry. Unrein rced masonry walling The structural use of masonry. Struct&l design and requirements for reinforced and prestressed masonry

Timber structures SABS 0163: Part 1: 1994 SABS 0163: Part 2: 1994

The structural use of timber. Limit-sta The structural use of timber. Allowabl

Acceptable Foreign Standards A competent person such as someone registeredby the Engineering Cou)’Icil may opt to use a foreign building design code thus producing a ‘relational design’ as defined in the terms of the National Builging Regulations.

Regulatory Body

e

Department of Trade and industry Private Bag X84 Pretoria South Africa 0001

Notes National Home Builders Registration Council P 0 Box 461 RANDBURG 2125 Tel: (011) 886 3636 Fax: (011) 781 214 Any innovative designs not referenced in the BuildingRegulations requirejapprovalfrom:Agrhent South Africa CSlR P 0 Box 395 PRETORIA 0001 Tel: (012) 841 370W3711 Fax: (012) 841 2539

,

0 BSI 2000

Construction Technology

Sep-00

Structural Design Codes

BSI International Survey

TURKEY National Regulations Specificationfor structures to be built in disaster areas Part 3 Earthquake Disaster Prevention (Issued 2.9.97, Official Gazette No 23098 Effective from 1.1.1998 Amendk on 2.7.98. Official Gazette No 23390)

-

Standards TS 1914: 1975 (IS0 2394: 1973 EQW TS 8024: 1990 TS 9111: 1991

General principles for the verification of the safety of structures

4

-

-

General principles on reliability for s ctures List of equipment Terms Specificationsfor designing residenti buildings for the disabled

Loading

a

TS 498.1987 TS 2968 1978 (IS0 2633: 1974 EQV) TS 6793: 1989 (IS0 2103: 1986 EQV) TS 7b46: 1989 (IS0 4355: 1981 EQV) TS IS0 9194

Design loads for buildings Determination of imposed floor load iri production buildings and warehouses

!

Loads due to use and occupancy in r+dential and public buildings Determination of snow loads on roofs Bases for design of structures; actionq due to the self weight of structures, non-structural elements and stored materials; dansi*

Earthquake resistance See above

Steel structures TS 648: 1980 TS 3357 1979 TS 4561: 1985 TS 11372:1994

Building code for steel structures Building code for the design Rules for plastic design of steel stru Light weight steel structures

Concrete structures TS 500 1984 TS 3233: 1979 TS 9967: 1992

Bulldlng code requireme Building code requirements for pre-s Design constructionand elements structures and buildings

reinforced and pre-stressed concrete

Masonry structures TS 2510: 1977

Design and construction methods for masonry

Timber structures

a

TS 647: 1979 TS EN 380 TS EN 1195

Building code for timber structures Timber structures; test methods; gen Timber structures Test methods P

-

-

principlesfor static load testing rmance of structural steel floor decking

Acceptable Foreign Standards The following Eurocodes have been adopted in Turkey

ENV 1991

Basis of deslgn and actlon on s!tructures

TS ENV 1991-1: 1996 TS ENV 1991-3: 1996 TS ENV 19914: 1996 TS ENV 1991-2-1: 1996 TS ENV 1991-2-2: 1996 TS ENV 1991-2-3: 1996 TS ENV 1991-24: 1996 TS ENV 1991-2-6: 1997

ENV 1992

Deslgn of Concrete structures

TS ENV 1992-1-1 : 1996 TS ENV 1992-1-2+AC TS ENV 1992-1-3: 1996 TS ENV 1992-14: 1996 TS ENV 1992-1-5: 1996 TS ENV 1992-2: 1996

ENV 1993

Deslgn of Steel structures

TS ENV 1993-1-1+Al: 1996 TS ENV 1993-1-2: 1996 TS ENV 1993-1-3: 1996 TS ENV 1993-14: 1996

ENV 1994

0 BSI 2000

Deslgn of composite steel and 4oncrete structures

Sep-00

TS ENV 1994-1-1: 1996 TS ENV 1994-1-2: 1996

ENV 1995

Design of Timber structures

TS ENV 1995-l-l+AC 1996 TS ENV 19951-2 1996

ENV 1996

Design of Masonry structures

TS ENV 1996-1-1: 1996

ENV 1997

Geo-technical Design

TS ENV 1997-1: 1996

ENV 1998

Design provision for earthquake resistance of structures

TS ENV 1998-2: 1996 TS ENV 1998-5: 1996 TS ENV 1998-1-1: 1996 TS ENV 1998-1-2: 1996 TS ENV 1998-1-3: 1996 TS ENV 1998-1-4: 1996

International Standards IS0 2103: 1986 IS0 2394: 1973 IS0 2633: 1974 IS0 4355: 1981

Loads due to use and occupancy in residentid1and public buildings General principles on reliability for structures Determinationof Imposed floor Bases for design of structures

Regulatory Body Ministry of Public Works and Settlement Necatibey Cad No. 63 Kizilay Ankara Turkey Tel: +90 312 231 72 40 Fax: +90 312 418 04 06

-

Structural Design Codes

BSI International Survey

TURKMENISTAN National Regulations SNIP 2.01.07-85 SNIP 11-7-81 SNIP 11-23-81 SNIP Ill-16-75 SNIP 2-03-01-84 SNIP 2-03-02-86 SNIP 2-03-03-85 SNIP 2-03-04-84 SNIP 2-06-0847 SNIP 11-22-81 SNIP 11-25-80

Loads and effects Building in seismic zones Steel structures Metallic structures Concrete and reinforced concrete stru res Dense silicate plain concrete and rein rced concrete structures wire fabric reinforced concrete concrete structures for use at high temperatures Deslgn manual for concrete and rein for hydraulic Structures

r

Wooden structures

Standards Loading See above

Earthquake resistance

See above Steel structures See above

Alumlnlum structures See above

Concrete structures See above

Masonry structures

See above Tlmber structures See above

Acceptable Foreign Standards Regulatory Body Ministry of Construction and Building Materials of Republic of Turkmenistan Ashgabad 744000 Alishera NAVO 1 , s A 6 R224

Notes Turkmenistandartlari Republic of Turkmenistan Ashgabad. 744000 A65l113

0 BSI 2001

Feb-Ol

BSI International Survey

Structural Design Codes

UKRAINE National Regulations SNIP 2.01.07-85 SNIP 11-7-81 SNIP 11-23-81 SNIP ill-18-75 SNIP 2.03.06-85 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.03.03-65 SNIP 2.03.04-84 SNIP 2.06.0887 SNIP 11-22-81 SNIP 111-2475 SNIP 11-2580

Loads and effects Construction in Seismic areas Steel structures Metal structures Aluminium structures Concrete and reinforced concrete stru res Dense silicate plain concrete and rein?ft rced concrete structures wire fabric reinforced concrete Design manual for concrete and reinforced concrete structures for the use at high and extremely high temperatures Concrete and reinforced concrete stru@~~res for hydraulic facilities Masonry and reinforced masonry strudtures Industrial furnaces and stacks Wood structures

Standards Loading GOST 27751-88

Reliability of the constructlons and the foundations. Principle rules of the calculations

Earthquake resistance See regulations

Steel structures ACTY 6 6.2.6-8-95 (GOST 3024594) ACTY 6 6.2.6-9-95 (GOST 2404594)

Steel bent welded closed square and dectangular profiles for building structures. Specifications. Steel sheet bent profiles with trapezoiq corrugations for construction purpose. Specifications

Aluminium structures ACTY 6 6.2.6-3-95 (GOST 22233-93)

Extruded profilesof aluminium alloys fbr enclosure building structures. General specifications.

Concrete structures ACTY 6 6.2.6-2-95

Reinforced concrete products. General technical requirements

Masonry structures ACTY 6 6.2.781-97 ACTY 6 6.2.7-80-98

Brick and ceramic facing stone. Techdcal requirements Brick and silicate bricks. Technical reqbirements

Tlmber structures See regulations

Acceptable Foreign Standards Eurocodes are not valid in the Ukraine

Regulatory Body TEXHI~HMAKOMITET CTAWPTM~A~IT 'SYATU(H0PMYBAHHFI' Ylcpalna, 03141, ~.Kule-141, N c 937

'Budtechnorm'

Notes SNIP: Building regulations and rules of the former USSR. They are legal i Ukraine with some corrections (or without) GOST: Standards in the former USSR. They are iegai in Ukraine with so4e corrections (or without) ACTY: Government approved (national) standards

0 BSI 2000

sep-oo

Structural Design Codes

BSI International Survey

UNITED STATES National Regulations International Bulldlng Code: 2000’. This new code supersedes the three former codes. It is effective immediately and only depends on adoption by the State jurisdictions. Chapter 16: Structural Design Chapter 17: Structuraltests and Special Inspections Chapter 1 8 Soil and Foundations Chapter 19: Concrete Chapter 20: Aluminium Chapter 21: Masonry Chapter 22: Steel Chapter 23: Wood

Standards ASCE 11-90 ASCE 24-98

Guideline for structural condition asse sment of existing buildings Flood resistancedesign and construc$on standard

Loading ASCE 7-98 AFBPNASCE 1695 AlSC LRFD (1993)

fad

Minimum design loads for buildings a d other structures design (LRFD) for engineered wood construction Standard for load and resistance Load and resistancefactor design for structural steel buildings, including Supplement No. 1 Janl998

Earthquake resistance AlSC Seismic (1997)

-

Seismic Provisions for structuralsteel building including Supplement No 1 1999

Aluminium structures AA-94

AA ASM 3580

-

Steel structures AlSC ASD (1989) AlSC HSS (1997) AlSl(1996), ASCE 6-90

-

f

Structuralsteel buildings Allowable s ess design, plastic design Specification for the Design of steel h llow structural sections Specificationfor design of cold-form steel structural members

Concrete ACI 318:1999 and commentary ACI 318R-99

1

Aluminium Design manual: Part 1-A uminium structures, allowable stress design: and Part 1-8 Aluminium structures, Load and resi tance factor design of buildings and similar type Structures Aluminium sheet metal working In buiiqing construction

BuildingCode Requirements for Strudural Concrete

Masonry structures ACI 530:99, ASCE 599. TMS 402-99 ACI 530.1-99, ASCE 699. TMS 602-99

Building code requirements for masoniy structures I

Masonry structures

Timber structures AFBPA NDS-97 AlTC 104-84

Wood constructionand supplement , Typical constructiondetails

Composite structures ASCE 3-84

Standard for the structuraldesign of c+mposite slabs

Acceptable Foreign Standards None. The IBC is a prescriptive Code.

Regulatory Body Department of Housing and Urban Development (HUD)’s Federal Housind Administration (FHA)

a 0 BSI 2000

Sep-00

Notes 'The InternationalBuilding Code 2000 is a new Code which is designed to replace the three existing codes,namely: 1.Natlonal Bulldlng Code BOCA The Building Officials and Code Administrators International 2.The Uniform Bulldlng Code ICBO The InternationalConferenceof Building Officials 3.Standard Building Codes SBCCl The Southern Building Code Congress International The process of adoption by each state is in progress.

-

-

-

.

-

-

7

The lnternabional Building Code is a stand-alone document which coordinateswi all the other 2000 InternationalCodes including: InternationalPlumbing Code(tm) (IPC). the InternationalPrivate Sewage Disposal Code(tm) (IPSDC) the International Fire Code, and the InternationalMechanicalCode(tm) (IMC) to create a set of comprehensive performance-based guidelines for the design an4 installation of building systems. Regulatory requirements for building are very localized in the US. Local reguiatiods are based on the Model Building Code (lac). For code compliance contact:ICBO EvaluationService Tel: (800) 423-6587 Fax: (562)6954694 e-mail: [email protected]

AA Aluminium Association 900-1p Street NW, Suite 300 Washington, DC 20006 AFBPA American Forest and Paper Association 1111 1SmStreet. NW Suite 800 Washington, DC 20036 AlSl American Iron and Steel Institute 1101 lp Street, NW, Suite 1300 Washington, DC 200364700

-

ACI American,ConcreteInstitute PO Box 9094 Farmington Hills. MI 48333-9094

Structural Design Codes

BSI International Survey

URUGUAY National Regulations lntendencia Municipal de Montevideo Municipal Digest. Title Ito XIV. Article R 1.625 include refers to building r6guilations

Standards Loading Wind actions on structures

UNIT 50

Earthquake reslstance None

Steel structures American Standards always used.

Concrete structures Execution of reinforced concrete Project and executionof concrete or rdnforced concrete structures (Public enquiry)

UNIT 104 PU 1050: 2000

Masonry structures No codes or technical standards Timber structures No codes or technical standards

Acceptable Foreign Standards DIN 1045 CIRSOC 201 1984) ACU 318

-

0

Structural use of concrete Design and construction Germany) Design, calculation and execution of reinforced concr te and pre-stressing concrete structures. (Argentina Building code. Requirementsfor reinforced concrete (USA)

Regulatory Body Ministerio de Wienda, Ordenamiento Territorial y Medio Ambiente Zabala 1432 Montevideo Uruguay Tei: +598 2 916 59 26/28 Fax: +598 2 916 59 26/27

0 BSI 2001

Aug-Ol

UZBEKISTAN National Regulations SNIP 11-7-81 SNIP 22-01-96 SNIP 2.01.1590 SNIP 11-23-81 SNIP 111-1875 SNIP 2.03.06-85 SNIP 2.03.01-84 SNIP 2.03.02-86 SNIP 2.03.03-85 SNIP 2.03.04.84 SNIP 11-22-81 SNIP 111-24-75 SNIP 11-25-80 KMK 2.01.09-97

Construction in seismic areas Geophysics of dangerous natural influences Engineeringprotection of territories, buildings\ structures from dangerous geological processes. Basic design rules. Steel structures Metal structures Aluminium structures Concrete and reinforced concrete structures Dense silicate plain concrete and reinforced doncrete structures Wire fabric reinforced concrete Design manual for concrete and reinforced concrete structures for the use oat high and extremely high temperatures Masonry and reinforced masonry structures Industrial furnaces and stacks Wood structures Temporary building constructions in gardens and relocatable cabins for builders

Standards Loading GOST 23337-78 (CTC3B 260080) KMK 2.03.10-96 KMK 2.06.04-97 KMK 2.01.07-97

Noise. Methods of noise measurement in residential areas and in the rooms of residential, public and community buildings Roofs and a roofing Loadings and influences on hydraulic engineering tests of a construction (wave, ice and from Courts) Loadings and influences

Earthquake resistance KMK 2.01.OS96 PCTY3 836-97 KMK 2.01.01.94

Construction in seismic areas The Scale for definition of intensity of earthquake in limits from 6 up to 10 points Building climatic conditions and geophysics

Steel structures KMC 21.I 5.004-96 GOST 23682-79 GOST 24045-94 GOST 26047-83 KMK 2.03.1 1-96 KMK 2.03.0597

Metal products. General specifications. Steel stepped columns for buildings with genqral purpose travelling electric cranes having loadcarrying capacity up to 50 t. Specifications Steel sheet cold-formed sections with trapezdidal corrugations for building. Specifications Steel building structures. Conventional signs (grades) Protectionof building designs against corrosibn Steel designs. Norms of designing

Aluminium structures GOST 22233-93 GOST 24767-81 KMK 2.03.0697

Extruded profiles of aluminium alloys for enclqsure building structures. General specifications Cold bent Drofiles of aluminium and aluminium allovs for enclosure buildina structures. Specifications Aluminium structure designs

Concrete structures GOST 13015.0-83 KMK 2.03.04-98 KMK 2.06.08-97 KMK 2.03.01-96 KMK 2.03.02-96 KMK 2.03.09-98

Precast concrete structures and members the Concrete and ferro-concrete designs intended for work in conditions of influence of raised (increased) and high temperatures Concrete and ferro-concrete designs of hydrablic engineering constructions Concrete and ferro-concrete designs Concrete and ferro-concrete designs from dense silicate concrete Asbestos- cement designs

Masonry structures KMC 21.60.01-00 GOST 24992-81 CT C3B 4417-83 KMK 2.03.07-98

Bricks and ceramic stones Masonry structures. Method of estimating bo Masonry structures. Reliability of design and . Stone and designs Masonry structures

Timber structures GOST 4981-87 KMK 2.03.08.98

Wooden joists Wooden design structures

Acceptable Foreign Standards

a

Eurocodes are not acceptable in Uzbekistanalthough there are plans to accept dritish, US and German Standards in the future.

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

Regulatory Body Gosarhitektstroj of Republic of Uzbekistan. 70001 1, Tashkent,. Abaja street, 6, Tel: + 3712 144-07-00

Notes SNIP documents are building regulations and standards from the former USSR.GOST- standards are from the former USSR. They continue to be used in Uzbekistan both with and without changes. KMC standards are state standards of Uzbekistan Republic.

0 BSI 2002

July 2002

BSI International Survey

Structural Design Codes

VANUATU National Regulations NationalBuilding Code 2000 This is not a law but outlines performance requirements and 'Deemed-to-gatisfy Provisions'. The code was written in response to the significantthreat of death and de$tructionthat cyclones pose for Vanuatu every summer. The following Standards are ated in the Code.

Standards Loading AS 1170-2 With local applications

Minimum design loads on structures ($AA Loading code) Part 2: Wind loads

Earthquake resistance NZS 4203 Part 1,2.3 With local applications

General structural design and design Ibading for buildings

Steel structures

e

NZS 3404

Steel structures standard

Aluminium structures ASlNZS

Aluminium structures

Concrete structures NZS 3101 PARTS 1&2:1995 NZS 3109:1997 NZS 31241987

The design of concrete structures Concrete construction Specification for concrete constructions for minor works

Masonry structures NZS 4210:1989 NZS 4229:1999 NZS 4230

Timber structures AS 1720 NZS 3603

Design of timber structures Timber structures standard

Acceptable Foreign Standards French, British, Australian and New Zealand are the main foreign Standaas specified in contract documentation.

e

Regulatory Body The Building Code was developed by a number of Government Ministries

Notes Vanuatu is subject to cyclones

0 BSI 2000

Sep-00

Structural Design Codes

BSI International Survey

VIETNAM National Regulations Vietnam construction code Construction Quality management regulation

Standards Loadlng TCVN 2737: 1995

Loads and actions. Design standard [Mandatory Standard)

Earthquakeresistance

-

Buildingon the earthquake regions Oesign standard (Under the writing process)

Steel structures TCVN 5575:1991 TCXD 170:1989

Steel structures. Design standard l!jOt!(A4)

-

Steel structure Technical requlrem~t for errection and acceptance

Aluminium structures None listed Concrete structures TCVN 411885 TCVN 4452-87 TCVN 4453:1995 TCVN 5574:1991 TCVN 51241993 TCVN 6285: 1997 (IS0 6935'2) Maaonary structures TCVN 5573:1991 TCVN 4085:1985 limber structures TCVN 46101988 Other TCVN 4088-97 TCVN 409185 TCVN 4252-86 TCVN 4448-87 TCVN 4449-87 TCVN 445087 TCVN 4451-87 TCVN4454-87

Hydraulic engineering concrete and inforced concrete structures. Design standard Precastconcrete and reinforced con?rete structures. Code for e x d o n and acceptance 2otr(A4) Monolithic concrete and reinforced 4ncrete structures. Code for e x d o n and acceptance 50tr(M) Concrete and reinforcedconaete s ctures. Design standard 96qA4) Concrete and reinforcedconcrete sqctures. Minimum technical conditions for e x d o n and acceptance Steel for the reinforcement of concretb. Ribbed ban. (Mandatory Standard)

Brick and stone and reinforeed brick nd stone structures. Design standard 68qA4) Mansonary structure Spdcation dr constrctionand acceptance

-

-

Timber structure Technical requirementfor design Climatic data for constntction design Acceptance of buildings WA5) Procedurefor design, organization a d execution in conshction Guide for dkttict center planning

Design standard 25qA4)

Acceptable Foreign Standards If there are no Vietnamese Standards available Standards from the foliowfng country are accepted: US, Europe, ISO, Australia. UK, France, Germany, Russia The Ministry of Construction should a h y s be consulted before using fo ign standards for the following mandated a m : Safety of construction. loadingand actions on structures. and envimnme?t

Regulatory Body Ministry of Construction Department of Sdence and Technology 37 Le Dal Hanh. Hanoi, Vietnam Tel: 844-976075518215662 Fax: 84489780676 Email: [email protected]

0 BSI 2002

Jan-2002

BSI International Survey

Structural Design Codes

APPENDIX i

’

LIST OF WORLD-MDE STANDARlDS ORGANIZATIONS ALBANIA@PS) General Directorate of Standardization “Mine Peza” Str. Nr 14313 PO Box 98 Tirana

+ 355 42 2 62 55 Tel: + 355 42 471 77 Fax: E-mail: dscQicc. al.eu.org ALGERIA (IANOR) Institut alghien de normalisation (IANOR) 5 , rue Abou Hamou Moussa (es-rue Daguerre) B.P. 104RP Alger Tel: +2 13 2 64 20 75 Fax: +2132641761 Email: ianor@,Wssal.dz ANTIGUA AND BARBUDA (ABBS) Antigua and Barbuda Bureau of Standards P.O. Box 1550 Redcliffe Street St. John’s Tel: +1268 462 15 42 Fax: +1268 462 16 25 E-mail: [email protected]

ARGENTINA Instituto Argentino de Normalizacion Peru 5521556 1068 Buenos Aires

A U S W I A (SAI) Standarh Australia International Ltd 286 S w e x St (corner of Bathmt St) Sydney, NSW 2000

Postal Address GPO. Bbx 5420 Sydney;-NSW. 2001 Tel: +612 82 06 60 00 Fax: +612 82 06 60 01 E m d . , [email protected] A U S T (ON) OsterreichischesNormungsinstitut Heinesaasse 38 Postfacl4 130 A-1021Wien Tel: +43 1 213 00 +43 1 21 30 06 50 Fax: Email: elisabethstampfl-blahaaon-normat

AZERBlAIJAN (AZGOST) Azerbaijan State Standardization and Metrology Centre Mardaubv Gardashlary,124 370074d Baku +99 412 40 51 54 +99 412 40 37 98 E-mail [email protected] Tel:

Fa:

http:llwww.iram.org.arlhome-es.htm

BA“WMD) Directomte of Standards and Metrology minis try^ of Commerce P.O. Bod 5479 Bahrain

Tel:+54 11 43 46 06 02 Fax: +54 11 43 46 06 05 E-mail: [email protected]

Tel: + 973 52 30 30 Fax: + 973 53 07 30 Email: bsmdQbaTe1:co. com.bh

ARMENIA(SARM) Department of Standardization,Metrology and Certification Komitas Avenue 4912

BANGLDESH (BSTI) Bangladesh Standards and Testing Institution 1161A, $ejgaon Industrial Area Dhaka 1308

375051 Yerevan Tel: +374 1 23 56 00 Fax: +374 1 28 56 20 Email: [email protected]

Tel: + 880 2 88 14 62 Fax: + 880 2 91315 81 Email: bstiQbangla.net

JANUARY 2002

LIST OF WORLD-MDE STMDAR.@S ORGANIZATIONS BARBADOS (BNSI) Barbados National Standards Institute “Flodden” Culloden Road St. Michael Tel: +1246 426 38 70 Fax: +1 246 436 14 95 Email: [email protected]

BELARUS (BELST) Committee for Standardization,Metrology and Certification StarovilenskyTrakt 93 Minsk 220053 Tel:

+375 172 37 52 13 +375 172 37 25 88 Emaik belgiss@)ail.belpak.by

Fax:

AND HERZEGOVINA (BASMP) Standardization,Metrology and Patents I 71000 darajevo

Tel: +387 33 65 27 65 Fax: +387 33 65 27 57 Email: [email protected]

B O T S ~ A N A(BOBS) Botswaxpa Bureau of Standards Plot No. 14391, New Lobatse Road Gaboro$e West Industrial Private bag BO 48 Gaborane Tel: +267 56 40 44 Fax: +267 56 40 42 E-mail: [email protected]

BELGIUM (IBN) Institut belge de normalisation AV.de la Brabanqonne 29 B- 1040 Bruxelles Tel: +32 2 738 01 11 Fax: +32 2 733 42 64 Email: [email protected]

B q (AB”) Associ ao Brasileira de Normas T6cnicas AV.13 e Maio, no 13,28O andar 20003-600 Rio de Janeiro-RJ

3--

Tel: +552139742300 Fax: +55 21 22 20 17 62 Email: [email protected] I

BENIN (DPQC) Direction de la Promotion de la Qualite et du Conditionnementdes Produits MA Ministere du developpementRural B.P. 362 Cotonou Tel: +229 31 22 89 Fax: +229 31 53 76 Email: [email protected]

Planning and Research Unit Brunei Darussalam Tel: +673 2 38 10 33 Fax: +673 2 38 IS 41 Email: [email protected]

BOLIVIA (IBNORCA) Instituto Bolivian0 de Nonnalizaci6n y Calidad AV.Camacho Esq. Bueno No 1488 Casilla 5034 La Paz

6th Sept/ember Street 1000 Sdfia

Tel: +5912 241 90 38 Fax: +5912 241 82 62 Email: ibnorcadceibo.enTel:net. bo

Tel: +359 2 989 8488 Fax: +359 2 986 1707 E-mail: [email protected]:.bp;

and Metrology 2 1,

JANUARY 2002

LIST OF WORLD-MDE STANDARlpS ORGANIZATIONS BURUNDI(BBN0) Bureau b m d a i s de normalisation et de contr6le de la qualitk 25, rue de la Victoria B.P. 3535 Bujumbura Tel: Fax:

+257 22 15 77 +257 22 18 15

+56 2 441 03 30 Tel: Fax: ,+56 2 441 04 27 Emaik inn@enTel:chile.net

BURKINA FASO (FASONORM) Direction de la Normalisation et de la promotion de la Qualite Office National du Commerce Exterieur B.P. 389 Ouagadougou 1

CHINAi (CSBTS) China S h e Bureau of Quality & Technical Superviqion 4, Zhi Chun Road, Haidian District P.O.Bo% 8010 Beijing LOO088

Tel: +226 33 33 82 Fax: +226 31 14 69 E-mail: [email protected]

+ 86 10 62 00 06 75 Tel: +86 10 62 03 37 37 ,Fa: E-mail: [email protected]

CAMBODIA ( I S C )

COLOl$lBIA (ICONTEC) InstitutoiColombiano de N o m T6cnicas y Certificdcion Carrera 87 No. 52-95, Edificio ICONTEC P.0 Box 14237 Bogota

Ministry of Industry, Mines and Energy Department of Industrial Techniques Industrial Standards Bureau 45, Norodom Blvd Phnom Penh +855 12 92 95 22 Tel: +855 23 98 23 03 Fax: Email: [email protected]

0

CHILE4(INN) InstitutoNacional de Normalizaci6n Matib Cousin0 64-6O piso Casilla 995 - Correo Central Santiago

CAMEROON (CCNQ) Cellule de la Normalisation et de la Qualite Ministere du developpement industriel et commercial. Direction du developpement industriel Yaounde Tel: +237 22 11 20 Fax: +237 22 95 86 Email: [email protected]

+57 1 315 03 77 +57 1 222 14 35 Email: [email protected]

Tel:

Fax:

et de l'artisanat

B.P 474' Moroni Tel: Fax:

+269 74 42 32 .+269 73 01 44 Email: [email protected]

CANADA (SCC) Standards Council of Canada 270 Albert Street, Suite 200 Ottawa, Ontario KlP 6N7

CONGC), DEMOCRATIC REPUBLIC OF THE Office qongolais de Controle (OCC) 98 Aven' e du Port B.P.880, KinshasblGombe

+1 613 238 32 22 +1 613 569 78 08 Email: [email protected]

Tel: + 243 88 051 27 Fax: +243 12 219 74 Email: [email protected]

Tel: Fax:

6!l

JANUARY 2002

LIST OF WORXD-WIDE STANDARDS ORGANIZATIONS COSTA RICA (INTECO) Instituto de Normas T6cnicas de Costa Rica Barrio G o d e z Flores Ciudad Cientifica de la Universidad de Costa Rica San Pedro de Montes de Oca San Jose Tel: +506 283 45 22 Fax: +506 283 48 31 Email: [email protected]

COTE-d’IVOIRE (CODINORM) Cote d’Ivoire - Normalisation Angle Bd Botreau RousseYRue du Commerce, 5e Et. Immueble “LE GENERAL” Plateau, 01 BP 1872 Abidjan Tel:

Fax:

CROATIA (DZNM) State Office for Standardization and Metrology Ulica gradaVukovata 78 10000 Zagreb

Fax:

,+420 2 21 80 21 11 Tel: .+420 2 21 80 23 11 Fax: Email: ! [email protected]

Kollegiv DK-292 Charlottenlund

+45 39 96 61 01 Tel: Fax: +45 39 96 61 02 Email: [email protected]

+225 20 2155 12 +225 20 21 56 11

Email [email protected]

Tel:

C Z E d REPUBLIC (CSNI) Czech Sbndards Institute

+385 16106320 +385 1 610 93 20

D O W I C A (DBOS) Dominiqa Bureau of Standards 28 Kennj=dyAvenue, First Floor

Tel: +O 1767 448 16 85 Fax: +O 1 767 449 92 17 E-mail: [email protected]

Email: wed. ravnaTel:[email protected]

CUBA(Nc) Oficina Nacional de Normalizacih Calle E No 261 Entre 11 y 13 Vedado La Habana 10400 Tel: +53 7 30 00 22 Fax: +53 7 33 80 48 Email: [email protected]

CYPRUS (CYS) Cyprus Organization for Standards and Control of Quality Ministry of Commerce, Industry and Tourism Nicosia 1421 Tel: + 357 2 86 71 90 Fax: +357 2 75 41 03 Email: [email protected]

D O W I C A N REPUBLIC Direccio General de Normas y Sistema de Calid L Edificio be Oficinas Gubemamentales Juan Pablo Duarte, Piso 11 Santo Dbmingo Tel: .+l 809 686 22 05 Fax: +1 809 688 38 43 Email: xligenor@codeTel:.net.&

ECU~OR @YEN) Institutc’Ecuatorianode Normalizacion Calle BAuerizo Moreno 454 y Almagrd, Edificio INEN PO BOXj 17-01-3999 Quit0

Tel: +593 22 56 56 26 Fax: +593 2 56 78 15 Email: hen [email protected]

JANUARY 2002

LIST OF WORLD-WIDE STANDARDS ORGANIZATIONS EGYPT (EOS) Egyptian Organization for Standardization and Quality Control 16 Tadreeb El-Modarrebeen St El-Ameriya Cairo Tel: Fa: E-mail:

+202603 1349 +2022593480

+503 226 28 00 Tel: Fax: +503 225 62 55 Email: [email protected]

ESTONIA (ESK) Eesti Standardikeskus 10, Aru Street 10317 Tsllinn Tel: + 372 605 50 50 Fax: +372 605 50 70 Email: [email protected]

ETHIOPIA (QSAE) Quality and Standards Authority of Ethiopia P.O. Box 23 10 Addis Ababa

+ 251 146 05 25 Tel: +251 1 46 08 80 Fax: Email: qsae@Tel:ecom.net .et FIJI (FTSQCO) Fiji Trade Standards and Quality Control Office Ministry of Commerce, Business Development and Investment Naibati House P 0 Box 2118 Suva

0

+358 9 149 93 31 Tel: +358 9 146 49 25 Fax: Email: [email protected]

[email protected]

EL SALVADOR (CONACYT) Consejo Nacional de Ciencia y Tecnologia Colonia Medica Ave. Dr E. Alvarez y Pje Dr Guillermo Rodriguez No 5 1- Edificio Espinoza

0

FINLAND (SFS) Finnish Standards Association SFS P.O. Boqr 116 FIN-OOi41 Helsinki

Tel: +679 30 54 11 Fax: +679 30 26 17 Email: [email protected]

FRANCE (AFNOR) Associat$on h q a i s e de normalisation Tour Eutope F-92049 Paris La Defeme Cedes Tel: + 33 1 41 62 80 00 /+33 1 41 62 81 95 Fax: +33 149 17 90 00 E-mail: [email protected] GE-(Dm DIN De tsches Institut furNormung Burg4nstrasse 6 D-1078 Berlin Postal Avdress D-10772,Berlin Tel: +49 30 26 01-0 +49 30 26 01 12 31 Fax: Email: :[email protected] GHANA (GSB) Ghana Sbdards Board PO Box k 245 Accra Tel:

Fax:

+233 21 50 00 65 +233 21 50 00 92

Email: '[email protected] GREEqE (ELOT) Hellenic;Organizationfor Standardization 3 13, Acdarnon Street GR-11145 Athens Tel: +30 1 21 20 100 Fax: +30 121 20 131 Email: [email protected]

T

GREN A(GDBS) Grenada Bureau of Standards Lagoor oad St. Geo&e's Tel: + 1 473 440 58 86 + 1 473 440 5554 Fax: Email: [email protected]

JANUARY 2002

LIST OF WORLD-MDE STANDARDS ORGANIZATIONS

GUATEMALA (COGUANOR) Comision Guatemalteca de Normas 8a Avenida 10-43, Zona 1 Guatemala

HUNGARY (MSZT) Magyar Szabvhyiigyi Testulet mSi ut 25 Pf. 24 H-1450 Budapest 9

Tel: +502 238 33 30 Ext. 1703 +502 238 330 Ext. 1775 Fax: Email: [email protected]

Tel: +36 1 456 68 00 Fax: +36 1456 68 23 Email: isolineQmszt.hu

GUINEA(INNM) Institut national de normalisation et de metrologie Ministere de la promotion du secteur prive, de l'industrie et du commerce B.P. 1639 CO*

I C E L W (STIU) Icelandid council for Standardization Laugavegur 178 IS-105Reykjavik

Tel: +224 41 28 16 Fax: +224 41 39 90 Email: inm@soTel:fi .net.gn

Tel: +354 520 7150 Fax: +354 520 7171 Email: [email protected]

INDIA @Is) GUYANA (GNBS) Guyana National Bureau of S t a n d & Flat 15, Sophia Exhibition Complex sophia Greater Georgetown Tel: +592 2 590 41 Fax: +592 2 574 55 Email: gnbsQsdnp.org.gy HONDURAS (COHCIT) Consejo Hondureno de Ciencia y Tecnologia Colonia Alameda Avenida Julio Lozano Diaz, cas8 No. 1354 Tegucigalpa Postal Address Aparatado Postal 4458

Bureau qf Indian Standards Man& ghavan 9 Bahad$r Shah Zafar Marg New D e w 110002 Tel: +91 11 323 79 91 Fax: +91 1 1 323 93 99 E-mail: [email protected]

a

INDO sIA(BsN) Badan S dardisasi Nasional (Nation StandardizationAgency of Indonesia) manggal wanabakti Blok 4, 4" Floor JI. Jenderal Gatot Subroto, Senayan Jakarta 110270 +62 21 574 70 43 ,+6221 574 70 45 Email: /[email protected]

Tel: Tel: +504 232 56 59 Fax: +504 239 66 09 Email: [email protected]

Fax:

HONG KONG, CHZNA (ITCHKSAR) Innovation and Technology Commission 36E Immigration Tower 7 Gloucester Road wan chai Hong Kong

IRAN,$LAMIC REPUBLIC OF IRAN (ISIRI) Institute bf Standards and Industrial Research of Iran P.O. Bod 14155-6139 IR-Tehnan Tel:

+ 98 261 280 60 31-8

Fax: Tel: +852 28 29 48 67 Fax: +852 28 24 13 02 Email: [email protected]

+98 261 280 50 15 Email: [email protected]

JANUARY 2002

LIST OF WORLD-WDE STANDARDS ORGANIZATIONS

0

I

'

IRA0 (COSQC) Cen&'Org&tion for Standardizationand Quality Control Council of Ministers P.O.Box 13032 AL-Jaderiya Iq-Baghdad

JAPAN (JISC) Japanesk Industrial Standards Committee Department d o S&ds Minisq of International Trade and Industry 1-3-1, €&mmigaseki, Chiyoda-ku Tokyo 100 8901

-

Tel: +81 3 35 01 94 71 Fax: +81 3 35 80 86 37 Email: [email protected] '

Tel: +964 1 778 05 95 Fax: +964 1718 73 51 E-mail: [email protected]

IRELAND ( N S A I ) National Standards Authority of Ireland Glasnevin Dublin-9

0

Tel: +353 18073800 +353 1 807 38 38 Fax: Email: [email protected]

Tel: +962 6 568 01 39 +962 6 568 10 99 Fax: Email: [email protected]

Fax:

KAZAIbSTAN (KAZMEMST) Commit)ee for Standardization,Metrc.Jgy and Certification Pushkin,str166/5 473000 h a n a Tel: t7 3 17 2 39 50 84 Fax: +7 317 2 39 50 66 E-mail: [email protected]

ITALY m n Ente Nazionale Italian0 di Unificazione Via Battistotti Sassi 1l/b 1-20133 Milano

KENYA WEBS) Kenya gureau of Standards Off MoIfibasaRoad, Behind Belle Vue Cinema P.O.Box 54974 Nairobi'

+39 2 70 02 41 Tel: +39 2 70 10 61 49 Fax: Email: [email protected]

Tel: + 254 2 50 22 10/19 Fax: + 254 2 50 32 93 Email: [email protected] .Co.ke

JAMAICA (JBS) Jamaica Bureau of Standards 6 Winchester Road P.O.Box 1 13 Kingston 10

C o d e for Standardization of the Democratic People' Republic of Korea Zung GS Yok Seungli-Street

ISRAEL (Sn) Standards Institution of Israel 42 Chaim Levanon Street Tel: Aviv 69977 Tel:

+972 3 646 51 54 +972 3 641 96 83 Email: iso/[email protected]

0

JORDAN (JISM) Jordan Ihstitution for Standards and Metrology P.O.Bob 941287 Amman 11194

Tel: + 1 876 926 31 40-7 Fax: +1876 929 47 36 E-mail: [email protected]

t

Tel: Fa:

+85 02 57 15 76 +85 02 381 44 80

JANUARY 2002

-~

~~

~

LIST OF WORLD-W D E STANDARd)S ORGANIZATIONS KOREA, REPUBLIC OF (KATS) Korean Agency for Technology and Standards Ministry of Commerce, Industry and Energy 2 Joogangg-dong, Kwanchon-city Kyonggi-do 427-010 Tel: +82 2 509 73 99 +82 2 503 79 77 Fax: Email: [email protected]

LIBYAey ARAB JAMAHIRWA (LNCSM) Libyan National Centre of Standardizationand Metrolagy Industrial Research Centre Building P.O.BOK5178 Tripoli ' Tel: +218 21 369 3074 Fax: +218 21 369 3071 E-mail: [email protected]

KUWAIT (KOWSMD) Public Authority for Industry Standards and Industrial Services Affairs Standards and metrology Department Post Box 4690 Safat 13047 Kuwait

LESOTHO (LSQAS) Standarb and Quality Assurance Section Ministry of Industry, Trade and Marketing PO Box 747 Maseru 100

Tel: +965 43 1 84 5 1 Fax: +965 431 81 59 Email: [email protected]

Tel: +266 31 28 02 Fax: , +266 3 1 03 26 E-mail: [email protected]

KYRGYZSTAN (KYRGYZST) State Inspection for Standardizationand Metrology 197 Panfilova Str 720040 Bishkek

LITW/4NIA (LST) L i t h q a n StandardizationBoard T. Kosc uskos g. 30 2600 V i u s

Tel: +996 31 2 22 78 84 Fax: +996 31 2 66 13 67 Email: gostQkmc.bishkek.gov. kg

Tel: +370 2 70 93 60 Fax: +370 2 22 62 52 Email: , [email protected]

LATVIA (LVS) Latvian Standards 157, Kr. Valdemara Street 1013 Riga

LUXE~URG (SEE) Service , e 1'Energie de 1'Etat (SEE) Organisline luxemburgeoise de Normalisation 34, avenbe de la Porte-Neuve BPlO L-2010 Luxembourg '

Tel: +371 7 37 13 08 Fax: +371 7 37 13 24 Email: [email protected]

Tel:

+352 46 97 46 1 '+352 46 97 46 39 Email: isee.normalisationQeg.etat.lu

Fax: LEBANON (LIBNOR) Lebanese Standards Institution Gedco Centre 3, Bloc B, 10th Floor Shehab AV,between Mkalles & Hayed Sin El-Fil-Dekwaneh Beirut Postal Address P.O. Box 55 120 Sin El Fil Beirut +961 1 48 59 27 Tel: +961 1 48 59 29 Fax: Email: 1ibnorQcnrs.edu.lb

Transfer Center Edificio Associaqao Comercial de Macau 6Oandar

MO- Mgcau Tel: +853 781 313 Fax: +453 788 233 E-mail: : [email protected]

JANUARY 2002

LIST OF WORLD-WIDE S T M D m S ORGANIZATIONS

0

MADAGASCAR (BNM) Bureau de Normes de Madagascar B.P. 1316 Antanamrivo 101

MAURITIUS (MSB) Mauritids Standards Bureau Villa Lane Mob

Tel: Fax:

Tel: +230 43 33 648 Fax: +230 43 35 150 Email: [email protected]

+26120 22 238 60 +26120 22 264 26

MALAWI (MBS) Malawi Bureau of Standards PO Box 946 Blantyre Tel: +265 67 04 88 Fax: +265 67 07 56 Email: [email protected]

MALAYSIA @SM) Department of StandardsMalaysia Ministry of Science, Technology & the Environment of Malaysia Level 1 & 2, Block C4, Parcel C Federal Government Administrative Centre MY-Putrajaya 62502

+ 60 3 55 19 80 33 Tel: Fax: +60388885060 Email: [email protected]

MExIcp @GN) Direcci6p General de Normas Calle Puente de Tecamachalco No 6 Lomas de Tecamachalco Secci6n Fuentes Naucalp de Jdrez 53950 exico

t

Tel: +52 55 5729 94 80 Fax: +52 55 57 29 94 84 E-mail: [email protected]

MOLDQVA, Rep. of (MOLDST) Department of Standards, Metrology and Technical Supervision. Str. Coca 28 MD-or. Chisinau 2064

Tel:

Fax:

+373 2 74 85 88 +373 2 75 05 81

Email: [email protected]

0

MALTA (MSA) Malta StandardisationAuthority 206Floor, Evans Building Merchants Street VallettaVLT03 Tel: +356 24 24 20 Fax: +356 24 24 06 Email: [email protected]

MALI(MLIDNI) Direction Nationale des Industries Boite postale 278 Centre commercial Rua Famolo Coulibaly, pork 152 Bamako Tel: +223 22 06 63 Fax: +223 22 61 37 Email: [email protected]

MONWLIA (MNCSM) Mongolib National Centre for Standardization and Metrology PO Box 48 Ulaanbdatar-51 +976 11 45 83 49 Tel: +976 1145 80 32 Fax: Email: mncsm@magicnet,mn

f

MORO CO(SNIMA) Service e normalisation indusmelle marocaine Ministet.edu commerce, de l’industrie et l’artisnat Angle A h u e A1 Film et rue Dadi Secteur 21 Hay Riad 10100

bat

Tel: + 212 37 71 62 14 Fax: +2123771 1798 Email: [email protected]

JANUARY 2002

LIST OF WORLD-W D E S T M D D S ORGANIZATIONS

National Institution of Standardizationand Quality C.P. 2983 Maputo

NICARAGUA (DGCYT) Direccign General de Ciencia y Tecnologia Ministefio de Foment0 y Desarollo Apartaq postal No 8 Managua

+258 1 30 38 22 Tel: +258 1 30 36 58 Fax: Email: [email protected]

+ 505 2 67 01 61 Ext. 1032 Tel: Fax: +505 2 67 20 19 E-mail [email protected]

MOZAMBIQUE (INNOQ)

NAMIBIA (NSIQO) Namibia Standards Information and Quality Office Ministry of Trade and Industry Goethe Street, Private Bag 13340 Wmdhoek +264 61 283 71 11 Tel: +264 61 22 02 27 Fax: E-mail: [email protected]

NEPAL (NBSM) Nepal Bureau of Standards and Metrology P.O. Box 985 SUUdhara Kathmandu Tel: +977 1 35 08 18 +977 1 35 06 89 Fax: Email: [email protected] NETHERLANDS WEN) Nederlands Nonnalisatie-instituut Vlinderweg 6 NE2623 AX Delft

Postal Address PO Box 5059 2600 GB Delft +31 15 2 69 03 90 Tel: +31 15 2 69 01 90 Fax: Email: inf0anen.d

NEW ZEALAND (SNZ) Standards New Zealand Radio New Zealand House 155 The Terrace Wellington 6001 Postal Address Private Bag 2439 WeUington 6020

NIGER/M (SON) Standarb Organization of Nigeria Federal 'Secretariat Phase I, 9th Floor Ikoyi Lagos Tel: +234 1 26 96 178 +234 1 26 96 176 Fax: Emak [email protected]

NORWAY (NSF) Norges Standardiseringsforbund Drammqmveien 145 A Postbob 353 Skoyen N-0213 Os10 Tel: +47 22 04 92 00 Fax: +47 22 04 92 11 Email: [email protected]

OMAN@GSM) Direct0 te General for Specifications and Meas ments Ministry of Commerce and Industry P.O. Bok 550 Postal Cose No. 113 Muscat

f

Tel: +968 771 32 38 Fax: +968 771 59 92 Email: dgsm123aomanTel: .net .om

PAKISTAN(PSI) Pakistad Standards Institution Block #p7, Pakistan Secretariat PK-Kadachi-74400 +92 2 1 920 62 6 1 21 920 62 63 Email: [email protected]

Tel:

Fax: +64 4 498 59 90 Tel: +64 4 498 59 94 Fax: Email: nelson.procter@>tmdards.com

. +92

JANUARY 2002

LIST OF WORLD-WIDE STAN'DARJbS ORGAN'IZATIONS PALESTINE(PSI) Palestine Standards Institution P.O. Box 2258 Alburg Elakhdar Bldg. Nuzha Street PS- Ramallah

PHILIBPINES (BPS) Bureau bf Product Standards Departnbent of Trade and Industry 361 Sen. Gil J. Puyat Avenue Makati City Metro Manila 1200

Tel: +972 2 298 41 44

Tel: Fax: Email:

Fax: +972 2 296 44 33 E m d . [email protected] PANAMA (COPANIT) Comisi6n Panamena de Normas Industriales y T&cnicas Edificio Plaza Edison, Tercer Piso Avenida Ricardo J. Alfaro y Calle El Paical Apartado Postal 9658 PanamO, 4 Tel: +5073600600 Fax: +507 360 07 21 Email: [email protected] PAPUA NEW GUINEA (NISI") National Institution of Standards and Industrial Technology P.O. Box 3042 National Capital District Boroko Tel: +675 323 18 52 Fax: +675 325 87 93 Email: [email protected]

PARAGUAY (IN") Instituto Nacional de Tecnologia y Normalizaci6n

u . " AV. Artigas 3973 Casilla de Correo 967 PY-Asunci6n Tel: +595 21 29 01 60 Fax: +595 21 29 08 73 Email: [email protected] PERU (INDECOPI) Instituto Nacional de Defensa de la Competencia y de la Proteccion de la Propiedad InTe1:ectual Calle la Prosa 138 San Borja Lima 41

[email protected] .ph

POLAND (PKN) Polish Committee for Standardization ul. Swietoknyska 14B P.O.Bor 41 1 PL-OO-950 Warszawa Tel: +48 22 556 75 91 Fax: +4t3 22 556 77 86 E-mail: [email protected]

PORTUGAL (IPQ) InstitutolPortugu6s de Qualidade Rua Anhonio Giao, 2 P-2829-513 Caparica Tel: +351 1 294 81 00 Fax: +351 1294 81 01 Email: [email protected]

QATAR D e p e t of Standards,Measurements and Consumer Protection Ministry:of Finance, Economy and Commerce P.O.Box 1968 Doha Tel: +974 40 85 55 Fax: 4-974 47 88 49 Email: [email protected] ROMATfJIA(ASRO) Asociatic de Standardizare din Romania Str. Mefleleev 2 1-25 70168 V curesti 1 R0-701,8 Bucuresa 1

i

Tel:

Fax: Tel: +51 1224 78 00 Fax: +51 1224 03 48 Email: [email protected]

+63 2 890 49 65 +63 2 890 51 31

+ 40 1 21 1 32 96 +40 1 210 08 33

Email: [email protected]

JANUARY 2002

LIST OF WORLD-W D E STMDARP)S ORGANIZATIONS RUSSIAN FEDERATION (COST R) State Committee of the Russian Federation for Standardizationand Metrology Leninslq Prospekt 9 Mosha 117049 Tel: +7 095 236 40 44 Fax: +7 095 237 60 32 Email [email protected]

SINGAPORE (PSB) Singapore Productivity and Standards Board 1 Sciedce Park Drive Singapbre 118221 Tel: +65 278 66 66 Fax: +65 776 12 80 Email: [email protected]

RWANDA (ORN) Office Rwandais de Normalisation (ORN) B.P. 6185 RW-Kigali

SL0VAkKI.A (SUTN) Slovak !Institute for Standardization PO Bo? 246 Karloveska 63 840 00 Bratislava 4

Tel: +250 829 45 Fax: +250 833 05 E-mail: poin~oc@fwandaTel:1.rwandal.com

+4217 60 29 44 74 Tel: +4217 65 41 18 88 Fax: Email: ms [email protected]

SAUDI ARABIA (SASO) Saudi Arabian Standards Organization Imam Suad Ibn Abdul-Aziz Ibn Mohammed St (West End) P.O.Box 3437 Riyadh 11471

S L O q N I A (SMIS) S t a n w and Metrology Institute of the Republic of Slovenih Smartiqska 140 SI-1000 Ljubljana

Tel: +966 1452 0000 Fax: +966 1 452 0086 Email: [email protected]

SAINT LUCIA (SLBS) Saint lucia Bureau of Standards Heraldine Rock Building ,4mFloor, John Compton Highway Castries Tel: + I 758 453 00 49 Fax: +1758 452 35 61 Email: [email protected] SEYCHELLES (SBS) Seychelles Bureau of Standards Pointe Lame Mahe Postal Address PO Box 953 Victoria Mahe

Tel:: +386 1478 30 13 Fax: :+386 1 478 30 94 E-mail [email protected]

SOUTH AFRICA (SABS) South kfiican Bureau of Standards 1 Dr Lategan Road, Groenkloof Private Bag X 19 1 Pretorih 0001 Tel: +27 12 428 79 11 Fax: +27 12 344 15 68 Email: [email protected]

SPAIN [AENOR) Asociacirjn Espanola de Normalizaci6n y Certifichcion Genova(6,

E-28004 Madrid +34 91 432 90 00 Tel: +34 91 310 49 76 Fax: Email: [email protected]

Tel: +248 38 04 00 Fax: +248 37 51 51 Email: [email protected]

JANUARY 2002

.

LlST OF WORLD-W D E STMDARDS ORGANIZATIONS

SRILANKA(SLSI) Sri Lanka Standards Institution 17 Victoria Place Off Elvitigala Mawatha P.O. Box 17 Colombo 08 Tel: +94 1 67 15 67 Fax: +94 1 67 15 79 Email: [email protected]

SWAZILAND (SQAS) Standardizationand Quality Assurance Section Ministry of Enterprise and Employment P.O. Box 45 1 SZ-Mbabane

0

Tel: +268 404 32 01/2/3/4/5/6 Fax: +268 404 47 11 E-mail: [email protected]

S U D d (SSMO) Sudanege Standards & metrology Organization PO Boa 13573 SD-Khdrtoum +249 11 77 74 80 Tel: +249 11 77 48 52 Fax: Email: [email protected]

TANZ,$NIA, UNITED REP. OF (TBS) Tanzania Bureau of Standards Ubungo Area Morogo o Roadsam Nujoma Road Dares alaam

d

Postal Address P.O. Bok 9524 Dar es Salaam

+255 22 245 02 98 Tel: +255 22 245 09 59 Fax: Email: [email protected]

SWEDEN (SIS) SIS - Standardiseringen I Sverige Swedish Standards Institute Sa& Paulsgatan 6 SE-118 80 Stockholm

THAILAND (TISI) Thai Inclustrial Standards Institute Ministq of Industry Rama vt Street Bangkok 10400

Tel: +46 8 55 55 20 00 Fax: +46 8 55 55 20 01 E-mail: [email protected]

Tel: +66 2 202 34 00-2 Fax: + 66 2 247 87 41 Email: [email protected]

THE F RMER YUGOSLAV REPUBLIC OF

0

SWITZERLAND (SNV) Swiss Association for Standardization Biirglistrasse 29 CE-8400 Zurich Tel: +41 52 224 54 54 Fax: +4152 254 54 74 Email: [email protected]

MACEqONIA (ZSM) Zavod za standardizacijaI metrologija Ministry of Economy Samoilova 10 1000 Skopje Tel: +389 91 23 91 15 +389 91 11 02 63 Fax: Email: [email protected]

SYRIAN ARAB REPUBLIC (SASMO) Syrian Arau Organization for Standardizationand Metrology P.O. Box 11836 Damascus Tel:

+963 11 512 82 13 +963 11 512 82 14 Email: [email protected]

Fax:

TRINIDlAD AND TOBAGO (TTBS) Trinidad,and Tobago Bureau of Standards 1-2 Centby Drive Trincity Industrial Estate Tunapupa Postal Address P.O. Box 467 Port of Spain +1 868 662 88 27 +1 868 663 43 35 Email: ttbsacarib-link.net

Tel:

Fax:

JANUARY 2002

LIST OF WORLD-WDE STANDARLN ORGANIZATIONS TUNISIA ("ORPI) Institut national de la normalisation et de la proprietd indwtrielle B.P. 23 1012 Tunis-Belvbdh-e Tel:

T

UNITE ARAB EMIRATES (SSUAE) Direct0 te of Standardizationand Metrology Ministry/of Finance and Industry El FalahIStreet P.O. Bo%433 Abu DhCbi

+ 216 71 78 59 22

+216 71 78 15 63 Email: inorpi@Email: .ati.tn

Fax:

Tel:

Fax:

+9712 6 74 77 88 +9712 6 77 97 71

Email: [email protected] TURKEY (TSE) Tiirk Standardlari Enstitiisii Necatibey Cad. 112 Bakanliklar 06100 Ankara

L

UNITE KINCDOM(BSI) British dards Institution 389 Chidwick High Road GB- Lotdon W4 4AL +44 181 996 90 00 +44 181 996 74 00 Email: infoabsi-global.com

Tel: Tel: +90 312 417 83 80 Fax: +90 3 12 425 43 99 Email: [email protected]

TURKMENISTAN (MSIT) Major State Inspection "Turkmenistandartlary" Seydi, 14 744000 Ashgabat Tel:

+993 1 251 14 94 +993 1 251 04 98 Email: [email protected]

Fax:

URUG~AY(UNIT) Instituto/Uruguayode Normas Tbcnicas Pza Independencia 8 12 Pis02 , Montefldeo Tel: +598 2 901 20 48 Fax: +598 2 902 16 81 Email: [email protected]

Fax:

UCANDA(UNB!3) Uganda National Bureau of Standards P.O. Box 6329 Kampala +256 41 22 23 69 +256 41 28 61 23 Email: [email protected]

USA (?SI) Americ National Standards Institute 1819 L$reet,NW Washington, DC 20036 Tel:

+1212 642 49 00 +1212 398 00 23 Email: [email protected]

Fax:

Tel:

Fax:

-E @SW State Committee of Ukraine for Standardization, Metrology and Certification (Derjstandartof Ukraine) 174 Gorkiy Street 03680 GSP,KYIV-680

USA (+ME) Americ Society of Mechanical Engineers United Tgineering Center 345 Eastl47th Street New Yotk, N.Y. 10017-2392 Tel:

'+1 212 605 3333

Metrology

Tel: +380 44 226 29 71 Fax: +380 44 226 29 70 Email: [email protected] Tel:

+998 71 144 48 31 +998 71 144 80 29 E-mail: uzgost@,naytov.com

Fax:

e

JANUARY 2002

LIST OF WORLD-MDE STANDAR~SORGANIZATIONS

0

VENEZUELA WONDONORMA) ' Fondo para la Nonnalizacion y Ce&ficacion de la Calidad Avda. An&& Bello-Edf. Torre Fondo C o m b Piso 11 y 12, Apartado Postal 51116 Caracas 1050 A

-

WGO LAVIA(SZS) Savezr$avod za standardizaciju Kneza iloIa20 Post P&r. 609 W-11000 Beograd Tel +381 11 361 31 50 Fax: +381 11 361 73 41 Email: [email protected]

+58 2 575 41 11 Tel: +58 2 574 13 12 Fax: Email: [email protected]

I

ZIMBFW (SM) Standarp Association of Zimbabwe

VET NAM ("CVN)

P.O.BT 2259

Directorate for Standards and Quality 70, Tran Hung Dao Street Hanoi

Barare!

Tel: Fax: Email:

+ 84 4 822 16 14 +84 4 942 24 18

Tel: +263 4 88 20 1719 +263 4 88 20 20 Fax: Email. [email protected] .zw

5 '

[email protected]

YEMEN (YSMO) Yemen Standardization,Metrology and Quality Control Organization

P.O.Box 19213 Sana'a Tel:

Fax:

+967 120 22 49 +967 120 22 49

JANUARY 2002