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The most comprehensive source of technical standards legislation and technical guidance for construction industry professionals.

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درباره گزارشات CIS

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دانلود گزارشات CIS

Title,Year,Series,Publisher,Supplement,Url
Structural use of adhesives,”1999″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/247903?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Structural aspects of cladding,”2020″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/328711?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Structural design – achieving excellence,”2015″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/312038?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Appraisal of existing structures. Third edition. October 2010,”2011″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/299314?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Structural effects of alkali-silica reaction: technical guidance on the appraisal of existing structures (includes addendum April 2010),”1992″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/294321?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Guide to the advanced fire safety engineering of structures,”2007″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/284626?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Practical guide to structural robustness and disproportionate collapse in buildings. October 2010,”2010″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/296414?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Temporary works – application of European Standards in design – guide,”2016″,”PAS 8812:2016″,”British Standards Institution”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/313718?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Inspection of highway structures (formerly BD 63/17),”2020″,”DMRB: Highway Structures and Bridges CS 450″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329211?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Assessment of bridge substructures, retaining structures and buried structures (formerly BA 55/06). Revision 1,”2020″,”DMRB: Highway Structures and Bridges CS 459 Revision 1″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329288?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Design recommendations for multi-storey and underground car parks. 4th edition,”2011″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/297619?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Dynamic performance requirements for permanent grandstands subject to crowd action. Recommendations for management design and assessment,”2008″,,”Institution of Structural Engineers”,”Core Supplement”,”https://www.ihsti.com/CIS/document/288892?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Grouted anchors and soil nails: inspection, condition assessment and remediation,”2020″,”Publication C794″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330561?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Non-destructive testing of highways structures (formerly BA 86/06). Revision 1,”2020″,”DMRB: Highway Structures and Bridges CS 464 Revision 1″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329301?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Design of highway structures for hydraulic action (formerly BA 59/94). Revision 1,”2020″,”DMRB: Highway Structures and Bridges CD 356 Revision 1″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/328928?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Conceptual design of buildings,”2020″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329629?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Safety in tall buildings and other buildings with large occupancy,”2002″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/260231?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Operation and maintenance of bridge access gantries and runways. 2nd edition,”2007″,,”Institution of Structural Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/285213?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Planning gain supplement (HC 1024-I of session 2005-06),”2006″,”Communities and Local Government Committee”,”House of Commons”,”Sustainability, Environment, Development & Planning”,”https://www.ihsti.com/CIS/document/280710?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Management of post-tensioned concrete bridges (formerly BD 54/15),”2020″,”DMRB: Highway Structures and Bridges CS 465″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329306?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Design of road tunnels (formerly BD 78/99),”2020″,”DMRB: Highway Structures and Bridges CD 352″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/328920?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Portal and cantilever signs/signals gantries (formerly BD 51/14, IAN 193/16, BE 7/04). Revision 1,”2020″,”DMRB: Highway Structures and Bridges CD 365 Revision 1″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/328997?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Waterproofing and surfacing of concrete bridge decks (formerly BD 47/99, BA 47/99, and IAN 96/07). Revision 2,”2020″,”DMRB: Highway Structures and Bridges CD 358 Revision 2″,”Highways England”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/329640?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Durability of materials and structures in building and civil engineering,”2006″,,”Whittles Publishing”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/282686?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Building and civil engineering – vocabulary. Transport,”2008″,”BS 6100-4:2008″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/286832?PreviousPage=search%3ff%3dAll%26t%3dCivil%2b%2526%2bStructural%2bSupplement%26sqm%3dAllTerms”
Resilience of buildings and civil engineering works,”2020″,”PD ISO/TR 22845:2020″,”British Standards Institution”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330153?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Use of vegetation in civil engineering,”2007″,”Publication C708″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/285473?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Civil engineering design and construct – a guide to integrating design into the construction process,”2000″,”Publication C534″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/252370?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
FIDIC contracts guide. Supplement. Conditions of contract for construction,”2006″,,”International Federation of Consulting Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/285187?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
New materials in civil engineering,”2020″,,”Butterworth-Heinemann Ltd”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330412?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Civil engineering specification for the water industry. 7th edition,”2011″,,”Water Research Centre”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298027?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Emergency preparedness: Guidance on Part I of the Civil Contingencies Act 2004, its associated regulations and non-statutory arrangements,”2005″,,”Cabinet Office”,”Core Supplement”,”https://www.ihsti.com/CIS/document/280661?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Methods of test for soils for civil engineering purposes. In-situ tests (AMD 8264) (AMD 17229) (Partially superseded but remains current),”1990″,”BS 1377-9:1990″,”British Standards Institution”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/283186?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Behaviour of foundations and structures,”1978″,,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/299837?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Deterioration modelling of civil engineering infrastructure assets,”2019″,”Publication C784″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/326193?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Dental compressed air and vacuum systems. An update of HTM 2022 – supplement 1. 2nd edition,”2003″,”Health Technical Memorandum 2022 (Sup 1)”,”NHS Estates”,”Core Supplement”,”https://www.ihsti.com/CIS/document/263606?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Supplement to the approved documents. Agrément certificates issued in accordance with aspects of performance agreed by the Secretary of State. Issue no 60,”2001″,,”Department of the Environment, Transport and the Regions”,”Core Supplement”,”https://www.ihsti.com/CIS/document/252593?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Eurocode 1: Actions on structures. General actions – Wind actions (+A1:2010) (incorporating corrigenda July 2009 and January 2010),”2005″,”BS EN 1991-1-4:2005″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/296379?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Tectonics of structural systems – an architectural approach,”2016″,,”Routledge”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/322881?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Durability of concrete structures,”2018″,,”Whittles Publishing”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/322938?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Eurocode 5: Design of timber structures. General – Structural fire design (incorporating corrigenda June 2006 and March 2009),”2004″,”BS EN 1995-1-2:2004″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/290623?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Execution of steel structures and aluminium structures. Technical requirements for aluminium structures,”2019″,”BS EN 1090-3:2019″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/325798?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Fire safety – Volume 1 Dwellinghouses (2006 edition incorporating 2010 and 2016 amendments) (For use in Wales),”2010″,”Building Regulations 2010: Approved Documents B1″,”Welsh Government”,”Core Supplement”,”https://www.ihsti.com/CIS/document/312334?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Fire safety – Volume 1 Dwellinghouses (2006 edition incorporating 2007, 2010, 2013, November 2018 and December 2018 amendments) (For use in England) (Superseded by Building Regulations 2010: Approved Documents B Fire safety – Volume 1: Dwellings. 2019 edition – For use in England on 30 August 2019),”2011″,”Building Regulations 2010: Approved Documents B”,”HM Government”,”Core Supplement”,”https://www.ihsti.com/CIS/document/326319?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Inspection manual for highway structures: volume 1: reference manual,”2007″,,”The Stationery Office”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/283276?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Execution of steel structures and aluminium structures. Technical requirements for steel structures,”2018″,”BS EN 1090-2:2018″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/322533?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Designing tall buildings – structure as architecture. 2nd edition,”2016″,,”Routledge”,”Core Supplement”,”https://www.ihsti.com/CIS/document/319349?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Appraisal of existing iron and steel structures,”1997″,”Publication 138″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/200713?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Highway structures: Design (substructures and special structures) material. Special structures. Design of buried concrete box and portal frame structures,”2001″,”DMRB Volume  2 Section 2 Part 12 (BD 31/01)”,”Highways Agency”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/254895?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
High-tech remote monitoring for the management of highway structures,”2007″,”Project Report PPR197″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/282537?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Execution of steel structures and aluminium structures. Technical requirements for aluminium structures (No longer current but cited in Building Regulations guidance),”2008″,”BS EN 1090-3:2008″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/288214?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Handbook on the design of tips and related structures,”1991″,,”Department of the Environment”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/52660?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Environmental handbook for building and civil engineering projects. Part 1: design and specification,”2000″,”Publication C512″,”CIRIA”,”Core Supplement”,”https://www.ihsti.com/CIS/document/250196?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Whole-life infrastructure asset management: good practice guide for civil infrastructure,”2009″,”Publication C677″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/291061?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Guide to the use of FIDIC conditions of contract for works of civil engineering construction. 4th edition,”1998″,,”International Federation of Consulting Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/285178?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Conditions of contract for works of civil engineering construction. (Red book) 4th edition,”1987″,,”International Federation of Consulting Engineers”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/285170?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Setting-out procedures,”1997″,”Special Publication SP 145″,”CIRIA”,”Building Supplement”,”https://www.ihsti.com/CIS/document/256519?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Durability monitoring of concrete structures: proceedings of a workshop,”1997″,”Report 326″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/251206?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Guide to testing and monitoring the durability of concrete structures,”2002″,”Technical Guide 2″,”Concrete Bridge Development Group”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/265748?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Highway structures: Inspection and maintenance. Assessment. Assessment of concrete highway bridges and structures,”1996″,”DMRB Volume  3 Section 4 Part 15 (BA 44/96)”,”Highways Agency”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/98340?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Management of accelerated low water corrosion in steel maritime structures,”2005″,”Publication C634″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/277348?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Guidance document on the implementation of Structural Eurocodes,”2010″,,”Association of Directors of Environment, Economy Planning and Transport”,”Core Supplement”,”https://www.ihsti.com/CIS/document/300540?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Basic principles of plates and slabs: for safer and more cost-effective structures. Chapters 1-4,”2005″,,”Whittles Publishing”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298439?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Eurocode 3: Design of steel structures. Crane supporting structures (incorporating corrigendum July 2009),”2007″,”BS EN 1993-6:2007″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/294301?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Review of international research on structural robustness and disproportionate collapse,”2011″,,”Department for Communities and Local Government”,”Core Supplement”,”https://www.ihsti.com/CIS/document/298650?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Structures inspector competencies and certification,”2016″,”Interim Amendment 46/16″,”Transport Scotland”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/316244?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Eurocode 2: Design of concrete structures. Liquid retaining and containment structures,”2006″,”BS EN 1992-3:2006″,”British Standards Institution”,”Core Supplement”,”https://www.ihsti.com/CIS/document/279946?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Onshore structural design calculations. Power plant and energy processing facilities.,”2016″,,”Butterworth-Heinemann Ltd”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/315859?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Heavy duty pavements: the structural design of heavy duty pavements for ports and other industries. Edition 4 (2008 reprint with amendments),”2007″,,”Interpave, Precast Concrete Paving and Kerb Association”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/288575?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Structural design of steelwork to EN 1993 and EN 1994. 3rd edition,”2008″,,”Butterworth-Heinemann Ltd”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/288114?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Structural detailing in timber. A comparative study of international codes and practices,”2009″,,”Whittles Publishing”,”Core Supplement”,”https://www.ihsti.com/CIS/document/290951?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Silica fume in concrete,”2009″,”Information Paper 5/09″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/290389?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Avoiding structural collapses in refurbishment: a decision support system,”2006″,”Research Report 463″,”Health and Safety Executive”,”Core Supplement”,”https://www.ihsti.com/CIS/document/278676?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Structural design of concrete and masonry: A compendium of technical papers,”2016″,,”The Concrete Centre”,”Core Supplement”,”https://www.ihsti.com/CIS/document/323055?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”
Structural renovation of traditional buildings (1994 reprint with amendments),”1994″,”Report R 111″,”CIRIA”,”Core Supplement”,”https://www.ihsti.com/CIS/document/99304?PreviousPage=search%3ft%3dCivil%2b%2526%2bStructural%2bSupplement”

Title,Year,Series,Publisher,Supplement,Url
2011 census unrounded population and household estimates for England and Wales,”2012″,”Report”,”Office for National Statistics”,”Sustainability, Environment, Development & Planning”,”https://www.ihsti.com/CIS/document/301990?PreviousPage=browse%252fseries%252freport”
2011 census unrounded population and household estimates for Wales,”2012″,”Report”,”Office for National Statistics”,”Sustainability, Environment, Development & Planning”,”https://www.ihsti.com/CIS/document/301989?PreviousPage=browse%252fseries%252freport”
5M steel-framed houses,”1991″,”Report 200″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83868?PreviousPage=browse%252fseries%252freport”
About time for change,”2006″,”Report”,”The Work Foundation”,”Construction Management Supplement”,”https://www.ihsti.com/CIS/document/288737?PreviousPage=browse%252fseries%252freport”
Accidents and the skidding resistance standard for strategic roads in England,”2005″,”Report 622″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/276786?PreviousPage=browse%252fseries%252freport”
Accidents at junctions on one-way urban roads,”2001″,”Report 510″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/256625?PreviousPage=browse%252fseries%252freport”
Achieving whole life value in infrastructure and buildings,”2005″,”Report 476″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/273839?PreviousPage=browse%252fseries%252freport”
Adhesion of piles in stiff clays,”1970″,”Report R 26″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/324861?PreviousPage=browse%252fseries%252freport”
Air conditioning systems in buildings using air cycle technology – design and application guide,”2001″,”Report 416″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/252564?PreviousPage=browse%252fseries%252freport”
Airey houses: technical information and guidance,”1982″,”Report 29″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83839?PreviousPage=browse%252fseries%252freport”
Airtightness in UK dwellings: BRE’s test results and their significance,”1998″,”Report 359″,”BRE”,”Mechanical & Electrical Supplement”,”https://www.ihsti.com/CIS/document/249148?PreviousPage=browse%252fseries%252freport”
Alternating tread stairs,”1996″,”Report 308″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/87543?PreviousPage=browse%252fseries%252freport”
American plywood in roof construction: a design guide,”1999″,”Report 369″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/250168?PreviousPage=browse%252fseries%252freport”
Analysis of performance of spaced piles to stabilise embankment and cutting slopes,”2001″,”Report 493″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/253841?PreviousPage=browse%252fseries%252freport”
Analysis of the stability of masonry faced earth retaining walls,”2002″,”Report 550″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/262803?PreviousPage=browse%252fseries%252freport”
Application guide to waterworks sludge treatment and disposal,”1997″,”Report TT016″,”Water Research Centre”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/305415?PreviousPage=browse%252fseries%252freport”
Application of enrobe a module eleve in flexible pavements,”2005″,”Report 636″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/276544?PreviousPage=browse%252fseries%252freport”
Application of soil acceptability forecasts,”2001″,”Report 484″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/253510?PreviousPage=browse%252fseries%252freport”
Application of subsurface radar as an investigative technique,”1998″,”Report 340″,”BRE”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/251202?PreviousPage=browse%252fseries%252freport”
Applying facilities expertise in building design,”2001″,”Report 425″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/254137?PreviousPage=browse%252fseries%252freport”
Approaches to the design of reinforced concrete flat slabs,”2001″,”Report 422″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/261129?PreviousPage=browse%252fseries%252freport”
Arcal steel-framed houses,”1991″,”Report 198″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83870?PreviousPage=browse%252fseries%252freport”
Arrowhead steel-framed houses,”1991″,”Report 201″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83865?PreviousPage=browse%252fseries%252freport”
Aspects of fire precautions in buildings,”1993″,”Report 225″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/84501?PreviousPage=browse%252fseries%252freport”
Asphalt surfacing to bridge decks,”2006″,”Report 655″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/280036?PreviousPage=browse%252fseries%252freport”
Assessing traditional housing for rehabilitation,”1990″,”Report 167″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83805?PreviousPage=browse%252fseries%252freport”
Assessment of repair and strengthening techniques for brick and stone masonry arch bridges,”1992″,”Report 284″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/252459?PreviousPage=browse%252fseries%252freport”
Assessment of SMATEX, a Bardon thin asphalt surface course,”2000″,”Report 435″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/250134?PreviousPage=browse%252fseries%252freport”
Atholl steel-framed, steel clad houses,”1989″,”Report 148″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83825?PreviousPage=browse%252fseries%252freport”
Automatic fire detection and alarm systems – an introductory guide to components and systems,”2010″,”Report 510″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/295492?PreviousPage=browse%252fseries%252freport”
Avoiding deterioration of cement-based building materials and components. Lessons from case studies: 3,”2002″,”Report 437″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/255437?PreviousPage=browse%252fseries%252freport”
Avoiding deterioration of cement-based building materials and components. Lessons from case studies: 4,”2001″,”Report 441″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/256156?PreviousPage=browse%252fseries%252freport”
Avoiding deterioration of cement-based building materials and components. Lessons from case studies: 5,”2002″,”Report 449″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/261133?PreviousPage=browse%252fseries%252freport”
Avoiding deterioration of cement-based building materials. Lessons from case studies: 1,”1997″,”Report 324″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/98900?PreviousPage=browse%252fseries%252freport”
Avoiding deterioration of cement-based building materials. Lessons from case studies: 2,”1999″,”Report 357″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/251377?PreviousPage=browse%252fseries%252freport”
Avoiding the thaumasite form of sulfate attack: two-year report,”2000″,”Report 385″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/249763?PreviousPage=browse%252fseries%252freport”
Background to the development of BD 49/01: Design rules for aerodynamic effects on bridges,”2001″,”Report 528″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/256628?PreviousPage=browse%252fseries%252freport”
Background ventilation of dwellings: a review,”1989″,”Report 162″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83766?PreviousPage=browse%252fseries%252freport”
Backprop forces and deflections in flat slabs: construction at St George Wharf,”2004″,”Report 463″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/265758?PreviousPage=browse%252fseries%252freport”
Basic oxygen steel slag as surface course aggregate: an investigation of skid resistance,”2003″,”Report 566″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/264079?PreviousPage=browse%252fseries%252freport”
Battery energy storage systems with grid-connected solar photovoltaics: A technical guide,”2017″,”Report 514″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/319484?PreviousPage=browse%252fseries%252freport”
Beach recharge materials – demands and resources,”1996″,”Report R 154″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/282140?PreviousPage=browse%252fseries%252freport”
Behaviour during construction of a stabilised base embedded wall at Coventry,”2000″,”Report 446″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/252090?PreviousPage=browse%252fseries%252freport”
Behaviour of asphalt in adverse hot weather conditions,”2001″,”Report 494″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/253456?PreviousPage=browse%252fseries%252freport”
Behaviour of SUV and MPV-type vehicles in collisions with roadside safety barriers,”2007″,”Report 658″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/281215?PreviousPage=browse%252fseries%252freport”
Best practice in concrete frame construction: case studies,”2005″,”Report 479″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/274987?PreviousPage=browse%252fseries%252freport”
Best practice in concrete frame construction: practical application at St George Wharf,”2003″,”Report 462″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/265757?PreviousPage=browse%252fseries%252freport”
Better briefing means better buildings,”1987″,”Report 95″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83785?PreviousPage=browse%252fseries%252freport”
Bibliography of British dams: A companion to the register of British dams,”1996″,”Report 310″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/298869?PreviousPage=browse%252fseries%252freport”
Biological natural durability of timber in ground contact,”1996″,”Report 311″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/87547?PreviousPage=browse%252fseries%252freport”
Birmingham Corporation steel-framed houses,”1991″,”Report 196″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83846?PreviousPage=browse%252fseries%252freport”
Bison large panel system dwellings: constructional details,”1988″,”Report 118″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83851?PreviousPage=browse%252fseries%252freport”
Blackburn Orlit houses: technical information,”1984″,”Report OP25″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/265291?PreviousPage=browse%252fseries%252freport”
Boswell houses: investigation of structural condition,”1987″,”Report 105″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83856?PreviousPage=browse%252fseries%252freport”
BRAC: Report by sub-committee P – High alumina cement concrete (and Addenda),”2002″,”Report 429″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/256617?PreviousPage=browse%252fseries%252freport”
BRE building elements: building services – performance, diagnosis, maintenance, repair and the avoidance of defects,”2000″,”Report 404″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/252201?PreviousPage=browse%252fseries%252freport”
BRE building elements: floors and flooring – performance, diagnosis, maintenance, repair and the avoidance of defects. 2nd edition,”2003″,”Report 460″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/265163?PreviousPage=browse%252fseries%252freport”
BRE building elements: foundations, basements and external works,”2002″,”Report 440″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/260213?PreviousPage=browse%252fseries%252freport”
BRE building elements: walls, windows and doors – performance, diagnosis, maintenance, repair and the avoidance of defects,”1998″,”Report 352″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/212962?PreviousPage=browse%252fseries%252freport”
BRE Guide to radon remedial measures in existing dwellings. Dwellings with cellars and basements,”1998″,”Report 343″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/201689?PreviousPage=browse%252fseries%252freport”
BRE housing design handbook: energy and internal layout,”1993″,”Report 253″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/302417?PreviousPage=browse%252fseries%252freport”
BRE methodology for environmental profiles of construction materials, components and buildings,”1999″,”Report 370″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/247695?PreviousPage=browse%252fseries%252freport”
BRE Trust review 2012,”2013″,”Report AP 296″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/305099?PreviousPage=browse%252fseries%252freport”
BREDEM – BRE domestic energy model: background, philosophy and description,”1985″,”Report 66″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83783?PreviousPage=browse%252fseries%252freport”
BREDEM 8 – Model description,”1997″,”Report 327″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/200095?PreviousPage=browse%252fseries%252freport”
BREDEM-12 Model description,”1996″,”Report 315″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/98775?PreviousPage=browse%252fseries%252freport”
BREDEM-12 model description: 2001 update,”2002″,”Report 438″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/255439?PreviousPage=browse%252fseries%252freport”
BREDEM-8 model description: 2001 update,”2002″,”Report 439″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/255441?PreviousPage=browse%252fseries%252freport”
BREEAM 98 for offices: an environmental assessment method for office buildings. (Refer to BREEAM offices 2008 assessor manual for current criteria),”1998″,”Report 350″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/274693?PreviousPage=browse%252fseries%252freport”
Bridges – design for improved buildability,”1996″,”Report R 155″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/200598?PreviousPage=browse%252fseries%252freport”
Briefing guide for timber framed housing,”1993″,”Report 233″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/265349?PreviousPage=browse%252fseries%252freport”
British Housing steel-framed houses,”1991″,”Report 202″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83867?PreviousPage=browse%252fseries%252freport”
British Iron and Steel Federation steel framed house,”1986″,”Report 77″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83840?PreviousPage=browse%252fseries%252freport”
British unions: resurgence or perdition?,”2005″,”Report”,”The Work Foundation”,”Construction Management Supplement”,”https://www.ihsti.com/CIS/document/288971?PreviousPage=browse%252fseries%252freport”
Brownfield sites. An integrated ground engineering strategy,”2005″,”Report 485″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/277377?PreviousPage=browse%252fseries%252freport”
Brownfield sites: ground related risks for buildings,”2002″,”Report 447″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/260493?PreviousPage=browse%252fseries%252freport”
BRS Type 4 houses,”1989″,”Report 161″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83814?PreviousPage=browse%252fseries%252freport”
Building magnesian limestones of the British Isles,”1988″,”Report 134″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83765?PreviousPage=browse%252fseries%252freport”
Building on fill: geotechnical aspects. 2nd edition (No longer current but cited in Building Regulations guidance),”2001″,”Report 424″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/254232?PreviousPage=browse%252fseries%252freport”
Building regulation and health,”1995″,”Report 289″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/87567?PreviousPage=browse%252fseries%252freport”
Building regulation and health,”1986″,”Report 97″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/81151?PreviousPage=browse%252fseries%252freport”
Building regulation and safety,”1995″,”Report 290″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/87566?PreviousPage=browse%252fseries%252freport”
Building regulation, health and safety,”2001″,”Report 417″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/253684?PreviousPage=browse%252fseries%252freport”
Building regulations: conservation of fuel and power – the ‘energy target’ method of compliance for dwellings,”1989″,”Report 150″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/16256?PreviousPage=browse%252fseries%252freport”
Building sandstones of the British Isles,”1986″,”Report 84″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83786?PreviousPage=browse%252fseries%252freport”
Building slates of the British Isles,”1991″,”Report 195″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83810?PreviousPage=browse%252fseries%252freport”
Bumpy ride – the funding and economics of highways maintenance on local roads in the English city regions,”2015″,”Report”,”Passenger Transport Executive Group”,”Core Supplement”,”https://www.ihsti.com/CIS/document/312793?PreviousPage=browse%252fseries%252freport”
Buying homes in radon affected areas: for solicitors, conveyancers, surveyors, estate agents, buyers and sellers,”2004″,”Report 464″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/265759?PreviousPage=browse%252fseries%252freport”
Calcium sulfoaluminate cements. CO2 reduction, concrete properties and applications,”2007″,”Report 496″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/284016?PreviousPage=browse%252fseries%252freport”
Calculating access to skylight, sunlight and solar radiation on obstructed sites in Europe,”1999″,”Report 379″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/309961?PreviousPage=browse%252fseries%252freport”
Capacity implications of advanced stop lines for cyclists,”2003″,”Report 585″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/264945?PreviousPage=browse%252fseries%252freport”
Carbon dioxide emissions from non-domestic buildings: 2000 and beyond,”2002″,”Report 442″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/256616?PreviousPage=browse%252fseries%252freport”
Carbon emission reductions from energy efficiency improvements to the UK housing stock,”2001″,”Report 435″,”BRE”,”Core Supplement”,”https://www.ihsti.com/CIS/document/261131?PreviousPage=browse%252fseries%252freport”
Carbonation depths in structural-quality concrete: an assessment of evidence from investigations of structures and from other sources,”1986″,”Report 75″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83802?PreviousPage=browse%252fseries%252freport”
Care and treatment of steel reinforcement and the protection of starter bars,”1995″,”Report R 147″,”CIRIA”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/200591?PreviousPage=browse%252fseries%252freport”
Case history studies of soil berms used as temporary support to embedded retaining walls,”1999″,”Report 380″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/248974?PreviousPage=browse%252fseries%252freport”
Cast rendered no-fines houses,”1989″,”Report 156″,”BRE”,”Building Supplement”,”https://www.ihsti.com/CIS/document/83818?PreviousPage=browse%252fseries%252freport”
Centrifuge modelling of a cutting slope stabilised by discrete piles,”2000″,”Report 471″,”Transport Research Laboratory”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/256167?PreviousPage=browse%252fseries%252freport”
Channel management handbook,”2015″,”Report SC110002″,”Environment Agency”,”Core Supplement”,”https://www.ihsti.com/CIS/document/309932?PreviousPage=browse%252fseries%252freport”
Characteristics of national parks, 2011,”2013″,”Report”,”Office for National Statistics”,”Sustainability, Environment, Development & Planning”,”https://www.ihsti.com/CIS/document/302929?PreviousPage=browse%252fseries%252freport”

Title,Year,Series,Publisher,Supplement,Url
Acceptable design codes for CE marking of fabricated steelwork,”2015″,”Advisory Desk Note 389″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/311908?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Anchor force,”1988″,”Advisory Desk Note 002″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298105?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Anchorage of precast floor units for robustness,”2008″,”Advisory Desk Note 322″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298207?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Appropriate anchorage of parallel decking. Revised,”2017″,”Advisory Desk Note 401a”,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/316818?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Artificially reducing the effective width of slab to satisfy shear connection requirements,”2018″,”Advisory Desk Note 416″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/321177?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Beams supporting precast planks: checks in temporary condition,”2019″,”Advisory Desk Note 435″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330510?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Bending resistance and moment-shear interaction limits for longitudinally stiffened beams designed to EN 1993-1-5,”2014″,”Advisory Desk Note 382″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/307618?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Bolt resistance tables in the Eurocode blue book,”2010″,”Advisory Desk Note 348″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298138?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Bolts and pins – background information,”2012″,”Advisory Desk Note 366″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/300639?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Bolts through packings,”1988″,”Advisory Desk Note 003″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298106?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Brittle fracture requirements for base plates,”2008″,”Advisory Desk Note 323″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298206?PreviousPage=browse%252fseries%252fadvisory-desk-note”
BS 2853:2011 Steel overhead runway beams,”2013″,”Advisory Desk Note 375″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/305152?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Clarification of notch dimensions and shear resistances in SCI P358 (Green book on simple joints),”2015″,”Advisory Desk Note 386″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/309624?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Columns in simple construction,”2017″,”Advisory Desk Note 404″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/316586?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Composite beams with different positions of web openings,”2018″,”Advisory Desk Note 419″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/323561?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Connections using preloaded bolts, subject to combined shear and tension,”2013″,”Advisory Desk Note 373″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/305149?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Construction loading for composite slabs – update to P364,”2012″,”Advisory Desk Note 367″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/302860?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Corrigenda for P362,”2010″,”Advisory Desk Note 341″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298156?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Corrosion protection of steel and composite bridges,”2020″,”Advisory Desk Note 445″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330522?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Curtailment of transverse bar reinforcement in composite beams with steel decking,”2008″,”Advisory Desk Note 325″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298204?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Curtailment of transverse bar reinforcement in composite beams with steel decking designed using Eurocodes,”2020″,”Advisory Desk Note 437″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/330515?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Dealing with connection design in a 3D frame analysis,”2009″,”Advisory Desk Note 329″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298190?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Degree of shear connection in composite beams and SCI P405,”2016″,”Advisory Desk Note 400″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/315364?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Design actions during concreting for beams and decking in composite floors,”2010″,”Advisory Desk Note 346″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/298148?PreviousPage=browse%252fseries%252fadvisory-desk-note”
Design of cold-formed steel trapezoidal sheeting,”2012″,”Advisory Desk Note 371″,”Steel Construction Institute”,”Civil & Structural Supplement”,”https://www.ihsti.com/CIS/document/302981?PreviousPage=browse%252fseries%252fadvisory-desk-note”

دانلود گزارشات Steel Construction Institute

Advisory Desk Note 389 Acceptable design codes for CE marking of fabricated steelwork Steel Construction Institute, 2015

Publication 372 Acoustic detailing for steel construction Steel Construction Institute, 2008

Publication 371 Acoustic performance – case studies Steel Construction Institute, 2007

Publication 322 Acoustic performance of composite floors Steel Construction Institute, 2003

Publication ED015 Acoustic performance of light steel construction Steel Construction Institute, 2012

Publication 320 Acoustic performance of light steel framed systems: Meeting the new requirements of Part E of the Building regulations (2003) Steel Construction Institute, 2003

Publication 321 Acoustic performance of Slimdek: meeting the new requirements of the Building regulations (2003) Steel Construction Institute, 2003

Advisory Desk Note 002 Anchor force Steel Construction Institute, 1988

Advisory Desk Note 322 Anchorage of precast floor units for robustness Steel Construction Institute, 2008

Publication 138 Appraisal of existing iron and steel structures Steel Construction Institute, 1997

Advisory Desk Note 401a Appropriate anchorage of parallel decking. Revised Steel Construction Institute, 2017

Publication 179 Architects’ guide to stainless steel Steel Construction Institute, 1997

Publication 167 Architectural teaching resource: Studio guide. 2nd edition Steel Construction Institute, 2003

Advisory Desk Note 416 Artificially reducing the effective width of slab to satisfy shear connection requirements Steel Construction Institute, 2018

Publication 380 Avoidance of thermal bridging in steel construction Steel Construction Institute, 2008

Advisory Desk Note 435 Beams supporting precast planks: checks in temporary condition Steel Construction Institute, 2019

Advisory Desk Note 382 Bending resistance and moment-shear interaction limits for longitudinally stiffened beams designed to EN 1993-1-5 Steel Construction Institute, 2014

Publication 350 Benefits of off-site steel construction in urban locations Steel Construction Institute, 2007

Publication ED027 Best practice for light steel framing: design and detailing Steel Construction Institute, 2015

Publication ED030 Best practice for light steel framing: follow-on trades Steel Construction Institute, 2015

Publication ED029 Best practice for light steel framing: installation Steel Construction Institute, 2015

Publication ED028 Best practice for light steel framing: pre-start requirements Steel Construction Institute, 2015

Publication 346 Best practice for the specification and installation of metal cladding and secondary steelwork Steel Construction Institute, 2006

Publication 279 Better value in steel: Value and benefit assessment of Slimdek construction: Slimdek construction for shallow floors: Composite construction Steel Construction Institute, 2001

Publication 407 BIM and 3D modelling in light steel construction Steel Construction Institute, 2016

Advisory Desk Note 348 Bolt resistance tables in the Eurocode blue book Steel Construction Institute, 2010

Advisory Desk Note 366 Bolts and pins – background information Steel Construction Institute, 2012

Advisory Desk Note 003 Bolts through packings Steel Construction Institute, 1988

Advisory Desk Note 323 Brittle fracture requirements for base plates Steel Construction Institute, 2008

Publication 419 Brittle fracture: selection of steel sub-grade to BS EN 1993-1-10 Steel Construction Institute, 2017

Advisory Desk Note 375 BS 2853:2011 Steel overhead runway beams Steel Construction Institute, 2013

Publication 260 Building design using cold formed steel sections – value and benefit assessment of light steel framing in housing Steel Construction Institute, 1998

Publication 301 Building design using cold formed steel sections. Light steel framing in residential construction Steel Construction Institute, 2001

Publication 128 Building design using cold formed steel sections: acoustic insulation Steel Construction Institute, 1993

Publication 130 Building design using cold formed steel sections: an architect’s guide Steel Construction Institute, 1994

Publication 165 Building design using cold formed steel sections: Construction detailing and practice Steel Construction Institute, 1997

Publication 129 Building design using cold formed steel sections: fire protection Steel Construction Institute, 1993

Publication 276 Building design using cold formed steel sections: structural design to BS 5950-5:1998 – section properties and load tables Steel Construction Institute, 2002

Publication 125 Building design using cold formed steel sections: worked examples to BS 5950: Part 5: 1987 Steel Construction Institute, 1993

Publication 348 Building design using modules Steel Construction Institute, 2007

Publication 176 Case studies on light steel framing. Series 1 and 2 Steel Construction Institute, 2000

Publication 271 Case studies on modular steel framing Steel Construction Institute, 1999

Publication 328 Case studies on residential buildings using steel Steel Construction Institute, 2003

Publication 309 Case studies on Slimdek Steel Construction Institute, 2002

Publication 136 Case study of the steel frame erection at Senator House, London Steel Construction Institute, 1990

Publication 172 Castings in construction Steel Construction Institute, 1996

Advisory Desk Note 386 Clarification of notch dimensions and shear resistances in SCI P358 (Green book on simple joints) Steel Construction Institute, 2015

Publication 386 Code for sustainable homes: how to satisfy the code using steel technologies Steel Construction Institute, 2009

Advisory Desk Note 404 Columns in simple construction Steel Construction Institute, 2017

Publication 295 Commentary on BS 5400-3: 2000 Code of practice for the design of steel bridges Steel Construction Institute, 2000

Publication 078 Commentary on BS 5950: Part 3: Section 3.1 ‘Composite beams’ Steel Construction Institute, 1990

Publication 182 Comparative environmental life cycle assessment of modern office buildings Steel Construction Institute, 1998

Publication 137 Comparative structural cost of modern commercial buildings. 2nd edition Steel Construction Institute, 2004

Advisory Desk Note 419 Composite beams with different positions of web openings Steel Construction Institute, 2018

Publication 142 Composite column design to Eurocode 4 Steel Construction Institute, 1994

Publication 359 Composite design of steel framed buildings: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2011

Publication 285 Composite flooring Steel Construction Institute, 2001

Publication 356 Composite highway bridge design: in accordance with Eurocodes and the UK National Annexes (including corrigendum, March 2014) Steel Construction Institute, 2010

Publication 357 Composite highway bridge design: worked examples. In accordance with Eurocodes and the UK National Annexes (including corrigendum, March 2014) Steel Construction Institute, 2010

Publication 300 Composite slabs and beams using steel decking: best practice for design and construction (revised edition) Steel Construction Institute, 2009

Publication 102 Connections between steel and other materials – interfaces Steel Construction Institute, 1996

Advisory Desk Note 373 Connections using preloaded bolts, subject to combined shear and tension Steel Construction Institute, 2013

Advisory Desk Note 367 Construction loading for composite slabs – update to P364 Steel Construction Institute, 2012

Advisory Desk Note 341 Corrigenda for P362 Steel Construction Institute, 2010

Advisory Desk Note 445 Corrosion protection of steel and composite bridges Steel Construction Institute, 2020

Advisory Desk Note 325 Curtailment of transverse bar reinforcement in composite beams with steel decking Steel Construction Institute, 2008

Advisory Desk Note 437 Curtailment of transverse bar reinforcement in composite beams with steel decking designed using Eurocodes Steel Construction Institute, 2020

Publication 101 Curtain wall connections to steel frames: interfaces Steel Construction Institute, 1992

Advisory Desk Note 329 Dealing with connection design in a 3D frame analysis Steel Construction Institute, 2009

Advisory Desk Note 400 Degree of shear connection in composite beams and SCI P405 Steel Construction Institute, 2016

Advisory Desk Note 346 Design actions during concreting for beams and decking in composite floors Steel Construction Institute, 2010

Publication ED017 Design and installation of light steel external wall systems Steel Construction Institute, 2019

Publication 249 Design capacity of kidney shaped slotted connections Steel Construction Institute, 1998

Publication 178 Design for construction Steel Construction Institute, 1997

Publication 150 Design for manufacture guidelines Steel Construction Institute, 1995

Publication 140 Design guide for composite box girder bridges. 2nd edition Steel Construction Institute, 2004

Publication 289 Design guide for composite highway bridges Steel Construction Institute, 2001

Publication 290 Design guide for composite highway bridges: worked examples Steel Construction Institute, 2001

Publication 339 Design guide for ladder deck bridges Steel Construction Institute, 2006

Publication 318 Design guide for steel railway bridges Steel Construction Institute, 2004

Publication 187 Design guide for steel sheet pile bridge abutments Steel Construction Institute, 1998

Publication 413 Design manual for structural stainless steel. 4th edition Steel Construction Institute, 2017

Publication 175 Design of asymmetric Slimflor beams using deep composite decking Steel Construction Institute, 1997

Publication 342 Design of asymmetric Slimflor beams with precast concrete slabs Steel Construction Institute, 2006

Publication 416 Design of cast-in plates Steel Construction Institute, 2017

Advisory Desk Note 371 Design of cold-formed steel trapezoidal sheeting Steel Construction Institute, 2012

Publication 423 Design of columns subject to localised fires Steel Construction Institute, 2018

Publication 287 Design of composite beams using precast concrete slabs Steel Construction Institute, 2003

Publication 401 Design of composite beams using precast concrete slabs in accordance with Eurocode 4 Steel Construction Institute, 2014

Publication 355 Design of composite beams with large web openings: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2011

Publication 393 Design of composite highway bridges curved in plan Steel Construction Institute, 2012

Publication 055 Design of composite slabs and beams with steel decking Steel Construction Institute, 1993

Publication 083 Design of composite trusses Steel Construction Institute, 1992

Advisory Desk Note 356 Design of compression stiffeners to BS EN 1993 Steel Construction Institute, 2011

Publication 281 Design of curved steel Steel Construction Institute, 2001

Advisory Desk Note 402 Design of end plate joints made with preloaded bolts subject to coincident shear and tension Steel Construction Institute, 2016

Publication 059 Design of fabricated composite beams in buildings Steel Construction Institute, 1989

Publication 354 Design of floors for vibration: a new approach (revised edition, February 2009) Steel Construction Institute, 2009

Advisory Desk Note 374 Design of gusset plate connections Steel Construction Institute, 2013

Publication 060 Design of haunched composite beams in buildings Steel Construction Institute, 1989

Publication 415 Design of low to medium rise buildings against external explosions Steel Construction Institute, 2018

Publication 057 Design of members subject to combined bending and torsion Steel Construction Institute, 1989

Publication 334 Design of multi storey braced frames Steel Construction Institute, 2004

Advisory Desk Note 399 Design of partial penetration butt welds in accordance with BS EN 1993-1-8 Steel Construction Institute, 2016

Publication 169 Design of RHS Slimflor edge beams Steel Construction Institute, 1997

Publication 183 Design of semi-continuous braced frames Steel Construction Institute, 1997

Publication 252 Design of single-span steel portal frames to BS 5950-1:2000 Steel Construction Institute, 2004

Publication 248 Design of Slimflor fabricated beams using deep composite decking Steel Construction Institute, 1999

Publication 385 Design of steel beams in torsion: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2011

Publication 154 Design of steel bridges for durability Steel Construction Institute, 1995

Publication 414 Design of steel concrete composite (SC) structures Steel Construction Institute, 2019

Publication 166 Design of steel framed buildings for service integration: interfaces Steel Construction Institute, 1997

Publication 186 Design of steel framed buildings without applied fire protection Steel Construction Institute, 1999

Publication 399 Design of steel portal frame buildings to Eurocode 3 Steel Construction Institute, 2015

Publication 164 Design of steel portal frames for Europe Steel Construction Institute, 2001

Publication 118 Design of stub girders Steel Construction Institute, 1993

Publication 311 Design of twin-skin metal cladding: how to meet the new requirements of Part L of the Building Regulations (2002) Steel Construction Institute, 2002

Advisory Desk Note 411 Design of web to flange welds in plate girders Steel Construction Institute, 2017

Advisory Desk Note 421 Design responsibility for welds in fabricated plate girders Steel Construction Institute, 2018

Advisory Desk Note 358 Design thickness of cold formed members and sheeting Steel Construction Institute, 2011

Advisory Desk Note 442 Designing to facilitate cost effective operation and maintenance of steel and composite bridges Steel Construction Institute, 2020

Publication 406 Determining design displacements for bridge movement bearings Steel Construction Institute, 2015

Publication ED008 Determining the buckling resistance of steel and composite bridge structures Steel Construction Institute, 2012

Advisory Desk Note 175 Diaphragm action of steel decking during construction Steel Construction Institute, 2011

Publication ED022 Durability of light steel construction Steel Construction Institute, 2014

Publication 262 Durability of light steel framing in residential building. 2nd edition Steel Construction Institute, 2009

Publication 241 Durability of steel bridges: a survey of the performance of protective coatings Steel Construction Institute, 1998

Advisory Desk Note 433 Dynamic modulus of concrete for floor vibration analysis Steel Construction Institute, 2020

Advisory Desk Note 408 Effective length of cantilevers Steel Construction Institute, 2017

Advisory Desk Note 387 Elastic critical moment and correction factor g for bi-symmetric I sections Steel Construction Institute, 2015

Publication 397 Elastic design of single-span steel portal frame buildings to Eurocode 3 Steel Construction Institute, 2012

Advisory Desk Note 340 Elastic moduli of angle sections Steel Construction Institute, 2010

Publication 352 Energy efficiency Steel Construction Institute, 2006

Publication 307 Energy efficiency housing using light steel framing: how to meet the proposed new requirements of Part L of the Building Regulations Steel Construction Institute, 2001

Publication 367 Energy efficient housing using light steel framing Steel Construction Institute, 2007

Publication 199 Environmental assessment of steel piling Steel Construction Institute, 1999

Publication 181 Environmental floor systems: A range of floor options for steel frame buildings which optimise thermal capacity Steel Construction Institute, 1997

Advisory Desk Note 333 Equivalent horizontal forces in BS EN 1993-1-1 Steel Construction Institute, 2009

Advisory Desk Note 335 Eurocode design and National Annexes Steel Construction Institute, 2009

Publication 280 European demonstration project: Steel construction in housing Steel Construction Institute, 2001

Advisory Desk Note 353 Execution class for bridge steelwork Steel Construction Institute, 2011

Advisory Desk Note 336 Execution class for bridge steelwork Steel Construction Institute, 2009

Publication ED018 Execution of stainless steel structures Steel Construction Institute, 2014

Advisory Desk Note 352 Fatigue assessment of crane supporting structures to Eurocode 3 Steel Construction Institute, 2011

Advisory Desk Note 381 Fatigue assessment of non-standard bridge details Steel Construction Institute, 2014

Report RT 1356 Fire design of composite beams with rectangular and circular web openings Steel Construction Institute, 2012

Advisory Desk Note 376 Fire design of concrete-filled hollow steel columns to Eurocode 4 Steel Construction Institute, 2013

Advisory Desk Note 440 Fire design of external steelwork Steel Construction Institute, 2020

Publication 375 Fire resistance design of steel framed buildings: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2012

Publication 056 Fire resistance of composite floors with steel decking. 2nd edition Steel Construction Institute, 1991

Publication 259 Fire resistance of concrete filled tubes to Eurocode 4 Steel Construction Institute, 2000

Publication 124 Fire resistance of web infilled steel columns Steel Construction Institute, 1992

Publication 288 Fire safe design: a new approach to multi-storey steel-framed buildings. 2nd edition Steel Construction Institute, 2006

Publication ED016 Fire safety of light steel construction Steel Construction Institute, 2012

Advisory Desk Note 357 Flexural buckling of Tees to EC3 Steel Construction Institute, 2011

Advisory Desk Note 327 Floor vibrations – multiplying factors for office floors Steel Construction Institute, 2008

Advisory Desk Note 392 Frame stability tool on www.steelconstruction.info Steel Construction Institute, 2015

Advisory Desk Note 363 Geotechnical actions on structures – choice of partial factors Steel Construction Institute, 2011

Advisory Desk Note 001 Guidance on compactness Steel Construction Institute, 1988

Publication 341 Guidance on meeting the robustness requirements in Approved Document A (2004 edition) Steel Construction Institute, 2005

Advisory Desk Note 338 Guidance on the use of stainless steel Steel Construction Institute, 2009

Publication 286 Guide to evaluating design wind loads to BS 6399-2:1997 Steel Construction Institute, 2003

Publication 161 Guide to site welding Steel Construction Institute, 2002

Publication 304 Guide to the major amendments in BS 5950-1:2000 Steel Construction Institute, 2001

Publication 201 Handbook of structural steelwork. 4th edition Steel Construction Institute, 2007

Publication 201E Handbook of structural steelwork. Eurocode edition Steel Construction Institute, 2013

Advisory Desk Note 362 Headed shear studs – resistance and minimum degree of shear connection in composite beams with decking Steel Construction Institute, 2011

Advisory Desk Note 350 Heating pipes in composite floors – effects on slab beam design Steel Construction Institute, 2011

Publication 315 Hospital and health buildings using steel: Meeting the needs of the health sector for modern, rapid-build, adaptable hospitals Steel Construction Institute, 2002

Publication 335 H-pile design guide Steel Construction Institute, 2005

Advisory Desk Note 355 Hydrogen embrittlement of bolts Steel Construction Institute, 2011

Publication 292 In-plane stability of portal frames to BS 5950-1:2000 Steel Construction Institute, 2001

Publication 343 Insulated render systems used with light steel framing Steel Construction Institute, 2006

Publication 163 Integral steel bridges design guidance Steel Construction Institute, 1997

Publication 340 Integral steel bridges: a summary of current practice in design and construction Steel Construction Institute, 2005

Publication 250 Integral steel bridges: design of a multi-span bridge – worked example Steel Construction Institute, 1998

Publication 180 Integral steel bridges: design of a single span bridge – worked example Steel Construction Institute, 1997

Publication 400 Interim report: Design of portal frames to Eurocode 3: an overview for UK designers Steel Construction Institute, 2013

Publication 325 Introduction to steelwork design to BS 5950-1:2000 (2006 reprint with minor corrections) Steel Construction Institute, 2003

Advisory Desk Note 412 Issues related to coatings and availability of structural fasteners Steel Construction Institute, 2017

Publication 213 Joints in steel construction: composite connections Steel Construction Institute, 1998

Publication 207 Joints in steel construction: moment connections. Part 1 – Moment connections. (1 of 2) Steel Construction Institute, 1995

Publication 207 Joints in steel construction: moment connections. Part 2 – Capacity tables and dimensions for detailing. (2 of 2) Steel Construction Institute, 1995

Publication 398 Joints in steel construction: moment-resisting joints to Eurocode 3 Steel Construction Institute, 2015

Publication 212 Joints in steel construction: Simple connections (includes corrigendum 1 October 2002 and corrigendum 2 July 2005) (reprinted September 2009) Steel Construction Institute, 2002

Publication 358 Joints in steel construction: simple joints to Eurocode 3 (2014 reprint) Steel Construction Institute, 2011

Publication 093 Lateral stability of steel beams and columns – common cases of restraint Steel Construction Institute, 1992

Advisory Desk Note 390 Lateral torsional buckling of channels in accordance with EN 1993-1-1 Steel Construction Institute, 2015

Advisory Desk Note 391 Lateral torsional buckling of rectangular plates in accordance with BS EN 1993-1-1 Steel Construction Institute, 2015

Advisory Desk Note 328 Length of slotted holes and kidney-shaped slots Steel Construction Institute, 2008

Advisory Desk Note 344 Levelling techniques for composite floors Steel Construction Institute, 2010

Publication ED012 Light steel framed housing Steel Construction Institute, 2012

Publication 282 Light steel framing in renovation: Roof-top extensions, internal walls and over-cladding Steel Construction Institute, 2001

Publication 402 Light steel framing in residential construction Steel Construction Institute, 2015

Publication ED013 Light steel infill walls Steel Construction Institute, 2012

Technical Information Sheet 408 Light steel load-bearing walls Steel Construction Institute, 2016

Publication ED014 Light steel modular construction Steel Construction Institute, 2012

Publication ED011 Light steel residential buildings Steel Construction Institute, 2012

Publication ED010 Light steel solutions for all applications Steel Construction Institute, 2012

Publication ED002 Lightweight steel/timber composite solutions: information and guidance for new product development Steel Construction Institute, 2003

Advisory Desk Note 345 Load factors in BS 5950-1:2000 for crane loading Steel Construction Institute, 2010

Advisory Desk Note 321 Long joints – reduction factor Steel Construction Institute, 2008

Advisory Desk Note 324 Masking of faying surfaces for slip-resistance connections Steel Construction Institute, 2008

Publication 312 Metal cladding: U-value calculation: assessing thermal performance of built-up metal roof and wall cladding systems using rail and bracket spacers Steel Construction Institute, 2002

Advisory Desk Note 441 Minimum degree of shear connection in composite beams Steel Construction Institute, 2020

Publication 405 Minimum degree of shear connection rules for UK construction to Eurocode 4 Steel Construction Institute, 2015

Advisory Desk Note 393 Minimum requirements for column splices in accordance with Eurocodes Steel Construction Institute, 2016

Advisory Desk Note 420 Minimum values of shear and bending moment in beams with web openings Steel Construction Institute, 2018

Publication 299 Mini-piles and composite ground floors for housing Steel Construction Institute, 2006

Publication 148 Modelling of steel structures for computer analysis Steel Construction Institute, 1995

Publication 284 Modular construction in building extensions: New floors and new facilities using modular units Steel Construction Institute, 2001

Publication 302 Modular construction using light steel framing. Design of residential buildings Steel Construction Institute, 2001

Publication 272 Modular construction using light steel framing: an architect’s guide Steel Construction Institute, 1999

Publication 143 Moment connections in composite construction: interim guidance for end-plate connections (partially superseded but remains current) Steel Construction Institute, 1995

Advisory Desk Note 361 Mono pitched portal frames in fire boundary conditions Steel Construction Institute, 2011

Publication 208 Motorway widening: steel bridges for wider highway layouts Steel Construction Institute, 1993

Advisory Desk Note 360 Movement joints in steel-framed buildings Steel Construction Institute, 2011

Publication 310 Multi-storey residential buildings using Slimdek Steel Construction Institute, 2002

Publication 329 Multi-storey residential buildings using steel: Steel technologies to meet new housing demands Steel Construction Institute, 2003

Non-Contradictory Complementary Information SN026a-EN-EU NCCI: bearing column splices Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN008a-EN-EU NCCI: buckling lengths of columns: rigorous approach Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN004a-EN-EU NCCI: calculation of alpha-cr Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN045a-EN-EU NCCI: column base stiffness for global analysis Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN025a-EN-EU NCCI: column splices not requiring full continuity of stiffness Steel Construction Institute, 2005

Non-Contradictory Complementary Information NCCI: continuous strength method for structural stainless steel design Steel Construction Institute, 2013

Non-Contradictory Complementary Information SN001a-EN-EU NCCI: critical axial load for torsional and flexural torsional buckling modes Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN044a-EN-EU NCCI: design for splices in structural hollow sections Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN023a-EN-EU NCCI: design model for non-bearing column splices Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN037a-EN-EU NCCI: design model for simple column bases- axially loaded I section columns Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN040a-EN-EU NCCI: design model for welded joints in trusses using structural hollow sections Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN038a-EN-EU NCCI: design of a notched section at the end of a beam Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN043a-EN-EU NCCI: design of fixed column base joints Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN046a-EN-EU NCCI: design of out of plane and transverse restraint systems for portal frames Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN042a-EN-EU NCCI: design of portal frame apex connections Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN041a-EN-EU NCCI: design of portal frame eaves connections Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN027a-EN-EU NCCI: design of roof trusses Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN021a-EN-EU NCCI: design of simple column bases with shear nibs Steel Construction Institute, 2005

Non-Contradictory Complementary Information NCCI: design recommendations for hot-finished elliptical hollow sections Steel Construction Institute, 2011

Non-Contradictory Complementary Information SN019b-EN-EU NCCI: design rules for web openings in beams Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN005a-EN-EU NCCI: determination of moments on columns in simple construction Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN002a-EN-EU NCCI: determination of non-dimensional slenderness of I and H sections Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN009a-EN-EU NCCI: effective lengths and destabilizing load parameters for beams and cantilevers – common cases Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN031a-EN-EU NCCI: effective lengths of columns and truss elements in truss portal frame construction Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN003b-EN-EU NCCI: elastic critical moment for lateral torsional buckling Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN006a-EN-EU NCCI: elastic critical moment of cantilevers Steel Construction Institute, 2005

Non-Contradictory Complementary Information PN005c-GB NCCI: fire resistance design of composite slabs Steel Construction Institute, 2012

Non-Contradictory Complementary Information SN032a-EN-EU NCCI: general method for out-of-plane buckling in portal frames Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN022a-EN-GB NCCI: initial design of composite beams Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN010a-EN-GB NCCI: initial design of non composite beams Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN016a-EN-EU NCCI: initial sizing of fin plate connections Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN024a-EN-EU NCCI: initial sizing of non-bearing column splices Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN013a-EN-EU NCCI: initial sizing of simple end plate connections Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN029a-EN-EU NCCI: modelling of portal frames – elastic analysis Steel Construction Institute, 2005

Non-Contradictory Complementary Information PN002a-GB NCCI: modified limitation on partial shear connection in beams for buildings Steel Construction Institute, 2009

Non-Contradictory Complementary Information SN030a-EN-EU NCCI: mono-symmetrical uniform members under bending and axial compression Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN039a-EN-EU NCCI: practical analytical models for portal frames (plastic analysis) Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN035a-EN-EU NCCI: practical deflection limits for single storey buildings Steel Construction Institute, 2006

Non-Contradictory Complementary Information PN003c-GB NCCI: provision of ‘appropriate anchorage’ to profiled sheeting Steel Construction Institute, 2010

Non-Contradictory Complementary Information PN001a-GB NCCI: resistance of headed stud shear connectors in transverse sheeting Steel Construction Institute, 2009

Non-Contradictory Complementary Information SN017a-EN-EU NCCI: shear resistance of a fin plate connection Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN014a-EN-EU NCCI: shear resistance of a simple end plate connection Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN020a-EN-EU NCCI: simple construction – concept and typical frame arrangements Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN033a-EN-EU NCCI: simple methods for second order effects in portal frames Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN047a-EN-EU NCCI: simplified approaches to the selection of equivalent horizontal forces for the global analysis of braced and unbraced frames Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN012a-EN-GB NCCI: sizing guidance – non-composite columns – UC sections Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN012a-EN-EU NCCI: sizing guidance – non-composite columns (H sections) Steel Construction Institute, 2006

Non-Contradictory Complementary Information PN004a-GB NCCI: strength of bolts and welds in fire situations Steel Construction Institute, 2012

Non-Contradictory Complementary Information SN007b-EN-EU NCCI: torsion Steel Construction Institute, 2004

Non-Contradictory Complementary Information SN018a-EN-EU NCCI: tying resistance of a fin plate connection Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN015a-EN-EU NCCI: tying resistance of a simple end plate connection Steel Construction Institute, 2005

Non-Contradictory Complementary Information SN048b-EN-GB NCCI: verification of columns in simple construction – a simplified interaction criterion Steel Construction Institute, 2007

Non-Contradictory Complementary Information SN034a-EN-EU NCCI: vertical and horizontal deflection limits for multi-storey buildings Steel Construction Institute, 2006

Non-Contradictory Complementary Information SN036a-EN-EU NCCI: vibrations Steel Construction Institute, 2013

Advisory Desk Note 398 Net area for staggered holes in accordance with Eurocode 3 Steel Construction Institute, 2016

Advisory Desk Note 394 New rules on the selection of execution class for structural steel Steel Construction Institute, 2016

Advisory Desk Note 395 Nominally pinned connections and axial forces Steel Construction Institute, 2016

Advisory Desk Note 438 Non slip connections to BS 5950 Steel Construction Institute, 2020

Publication 430 Offsite modular steelwork. Design advice Steel Construction Institute, 2020

Publication 431 Offsite modular steelwork: advice to clients Steel Construction Institute, 2020

Advisory Desk Note 331 Open top box girders for bridges Steel Construction Institute, 2009

Advisory Desk Note 447 Openings in composite slabs Steel Construction Institute, 2020

Publication 247 Over-cladding of existing buildings using light steel Steel Construction Institute, 1998

Publication 246 Over-roofing of existing buildings using light steel Steel Construction Institute, 1998

Advisory Desk Note 446 P397 Elastic design of single span steel portal frame buildings to Eurocode 3 Steel Construction Institute, 2020

Publication 074 Parallel beam approach – a design guide Steel Construction Institute, 1990

Advisory Desk Note 388 Partial factors for material properties for design in the UK Steel Construction Institute, 2015

Advisory Desk Note 377 Placement of headed stud shear connectors in troughs of profiled steel sheets with a central stiffener Steel Construction Institute, 2013

Publication 147 Plastic design of single-storey pitched-roof portal frames to Eurocode 3 Steel Construction Institute, 1995

Advisory Desk Note 343 Position of reinforcing mesh relative to stud shear connectors in composite slabs Steel Construction Institute, 2010

Advisory Desk Note 410 Pouring concrete to a constant thickness or to a constant plane Steel Construction Institute, 2017

Publication 316 Precast concrete decks for composite highway bridges Steel Construction Institute, 2004

Publication 351 Precast concrete floors in steel framed buildings Steel Construction Institute, 2007

Publication 244 Protection of buildings against explosions Steel Construction Institute, 1999

Advisory Desk Note 422 Punching shear check for fin plates in P358 Steel Construction Institute, 2018

Advisory Desk Note 385 Questions and answers on SCI P391 Steel Construction Institute, 2015

Publication 338 Quicon® – Design guide to BS 5950-1 Steel Construction Institute, 2004

Publication 283 Rapid dry envelope: Infill walls using light steel framing Steel Construction Institute, 2001

Advisory Desk Note 409 Recent blue and orange book developments Steel Construction Institute, 2017

Publication ED001 Recommended application of BS 6399-2 Steel Construction Institute, 2002

Publication 173 Reducing noise emission from steel railway bridges Steel Construction Institute, 1997

Advisory Desk Note 423 Reduction in bending resistance due to high shear Steel Construction Institute, 2018

Publication 204 Replacement steel bridges for motorway widening Steel Construction Institute, 1992

Publication 403 Resistance of beams and columns in fire: worked examples to the Eurocodes Steel Construction Institute, 2014

Advisory Desk Note 354 Resistance of bolted connections in tension, for design to BS EN 1993-1-8 Steel Construction Institute, 2011

Advisory Desk Note 450 Resistance of composite slabs to concentrated loads Steel Construction Institute, 2020

Advisory Desk Note 326 Revision of BS 5400-3 LTB rules Steel Construction Institute, 2008

Publication ED021 Robustness of light steel construction Steel Construction Institute, 2014

Report RT 1215 Robustness rules for Slimdek Steel Construction Institute, 2008

Publication 174 Role of steel in environmentally responsible buildings Steel Construction Institute, 1999

Advisory Desk Note 347 Saw cutting of composite slabs to control cracking Steel Construction Institute, 2010

Advisory Desk Note 407 Section classification Steel Construction Institute, 2017

Advisory Desk Note 436 Section classification of a flat plate Steel Construction Institute, 2020

Publication ED007 Selection of steel sub-grade in accordance with the Eurocodes Steel Construction Institute, 2012

Publication 273 Service integration in Slimdek Steel Construction Institute, 2000

Advisory Desk Note 368 Shear resistance of I-Sections in P363 Steel Construction Institute, 2012

Advisory Desk Note 349 Shear resistance of parallel flange channels in the Eurocode blue book Steel Construction Institute, 2010

Advisory Desk Note 413 Shear resistances of M12 bolts Steel Construction Institute, 2018

Advisory Desk Note 424 Shear stud length Steel Construction Institute, 2018

Publication 347 Single storey buildings: best practice guidance for developers, owners, designers and constructors Steel Construction Institute, 2006

Publication 313 Single storey steel framed buildings in fire boundary conditions Steel Construction Institute, 2002

Publication 127 Slim floor construction using deep decking Steel Construction Institute, 1993

Publication 110 Slim floor design and construction Steel Construction Institute, 1992

Advisory Desk Note 414 Slip resistant connections to BS EN 1993-1-8 Steel Construction Institute, 2018

Publication 308 Specifiers guide to steel piling Steel Construction Institute, 2002

Publication 360 Stability of steel beams and columns: in accordance with Eurocodes and the UK National Annexes (includes corrigendum March 2012) Steel Construction Institute, 2011

Publication 157 Stainless steel angles for masonry support Steel Construction Institute, 1995

Advisory Desk Note 342 Stainless steel fasteners Steel Construction Institute, 2010

Advisory Desk Note 339 Stainless steel in contact with other metals Steel Construction Institute, 2009

Publication 297 Stainless steel masonry support systems – best practice information sheet for contractors Steel Construction Institute, 2000

Publication 298 Stainless steel masonry support systems – best practice information sheet for specifiers Steel Construction Institute, 2000

Publication 274 Stainless steel tubular handrails and balustrades Steel Construction Institute, 1999

Advisory Desk Note 310 Staircases with flat stringers Steel Construction Institute, 2011

Publication 156 Steel bearing piles guide Steel Construction Institute, 1997

Advisory Desk Note 369 Steel bearing piles: Pile driving formulae and driving resistance Steel Construction Institute, 2012

Publication 418 Steel Bridge Group: Completion of Appendix 18/1. For use with Specifications for highway and railway steelwork Steel Construction Institute, 2017

Publication 185 Steel Bridge Group: Guidance notes on best practice in steel bridge construction. Sixth issue Steel Construction Institute, 2015

Publication 382 Steel Bridge Group: Model project specification for the execution of steelwork in bridge structures (with commentary) (revised January 2012) Steel Construction Institute, 2009

Publication 382 Steel Bridge Group: Model project specification for the execution of steelwork in bridge structures (without commentary) (revised January 2012) Steel Construction Institute, 2009

Publication 362 Steel building design: concise Eurocodes: in accordance with Eurocodes and the UK National Annexes. Revised edition Steel Construction Institute, 2017

Publication 363 Steel building design: design data: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2017

Publication 404 Steel building design: Design data: Universal column resistances in S460M steel Steel Construction Institute, 2014

Publication 361 Steel building design: introduction to the Eurocodes. Revised edition Steel Construction Institute, 2017

Publication 365 Steel building design: medium rise braced frames: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2009

Publication 374 Steel building design: worked examples – hollow sections: in accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2009

Publication 364 Steel building design: worked examples – open sections. Revised edition. In accordance with Eurocodes and the UK National Annexes Steel Construction Institute, 2009

Publication 387 Steel building design: worked examples for students – in accordance with Eurocodes and the UK national annexes Steel Construction Institute, 2017

Steel designers’ manual. 7th edition Steel Construction Institute, 2012

Publication 332 Steel in multi-storey residential buildings Steel Construction Institute, 2004

Publication 275 Steel intensive basements Steel Construction Institute, 2001

Publication 254 Steel package water and wastewater treatment units Steel Construction Institute, 2000

Advisory Desk Note 403 Steel strengths for fabricated haunches Steel Construction Institute, 2017

Publication 193 Steel supported glazing systems: interfaces Steel Construction Institute, 1997

Publication 070 Steelwork design guide to BS 5950. Volume 4: Essential data for designers Steel Construction Institute, 1991

Publication 202 Steelwork design guide to BS 5950-1:2000. Volume 1 – section properties, member capacities (Blue book). 7th edition Steel Construction Institute, 2007

Publication 326 Steelwork design guide to BS 5950-1:2000. Volume 2. Worked examples Steel Construction Institute, 2003

Publication ED023 Structural design of ferritic stainless steels Steel Construction Institute, 2015

Publication 291 Structural design of stainless steel Steel Construction Institute, 2001

Publication 159 Structural fire design to EC3 and EC4, and comparison with BS 5950 Steel Construction Institute, 1996

Publication 197 Structural fire safety: a handbook for architects and engineers Steel Construction Institute, 1999

Publication 391 Structural robustness of steel framed buildings Steel Construction Institute, 2011

Publication 420 Structural stainless steel design tables in accordance with AISC DG27: Structural stainless steel Steel Construction Institute, 2018

Publication 427 Structural steel reuse. Assessment, testing and design principles Steel Construction Institute, 2019

Advisory Desk Note 448 Support to profiled steel decking Steel Construction Institute, 2020

Publication ED020 Sustainability of light steel construction Steel Construction Institute, 2014

Publication 370 Sustainability of steel in housing and residential buildings Steel Construction Institute, 2007

Advisory Desk Note 334 Tension capacity of bolts in tapped holes or when nuts are not fully engaged Steel Construction Institute, 2009

Publication 324 Tension control bolts, grade S10T, in friction grip connections Steel Construction Institute, 2004

Advisory Desk Note 351 Tension resistance of angles in SCI P363 Steel Construction Institute, 2010

Publication 411 Thermal bridging in light steel framing and modular construction Steel Construction Institute, 2016

Publication 410 Thermal bridging in steel construction Steel Construction Institute, 2016

Publication ED019 Thermal performance of light steel construction Steel Construction Institute, 2014

Advisory Desk Note 332 Toughness of bolts Steel Construction Institute, 2009

Advisory Desk Note 406 Transient response factors in vibration analysis of staircases Steel Construction Institute, 2017

Advisory Desk Note 439 Transverse reinforcement in composite beams Steel Construction Institute, 2020

Advisory Desk Note 311 T-sections in bending – stem in compression Steel Construction Institute, 2007

Advisory Desk Note 396 Tying resistance of flexible end plates in one-sided connections Steel Construction Institute, 2016

Advisory Desk Note 379 Tying resistances of full depth end plates Steel Construction Institute, 2014

Advisory Desk Note 397 UK NA to BS EN 1991-1-3: General actions – snow loads Steel Construction Institute, 2016

Technical Information Sheet 426 Uninterrupted height of masonry cladding to light steel framing Steel Construction Institute, 2019

Advisory Desk Note 383 Use of alkali-zinc silicate paint in slip-resistant bolted connections Steel Construction Institute, 2014

Advisory Desk Note 443 Use of fully threaded bolts Steel Construction Institute, 2020

Advisory Desk Note 434 Validity rules for hollow section joints Steel Construction Institute, 2019

Technical Information Sheet 409 Value benefits of Light steel construction Steel Construction Institute, 2016

Advisory Desk Note 415 Vertical tying of columns and column splices Steel Construction Institute, 2018

Advisory Desk Note 405 Vibration assessment of transient response factors Steel Construction Institute, 2017

Advisory Desk Note 372 Vibration checks of floors Steel Construction Institute, 2013

Advisory Desk Note 330 Vibration of steel staircases Steel Construction Institute, 2009

Advisory Desk Note 359 Weathering steel bolts Steel Construction Institute, 2011

Advisory Desk Note 378 Web resistance to transverse loads according to BS EN 1993-1-5 Steel Construction Institute, 2013

Advisory Desk Note 418 Web-post buckling in composite beams with rectangular and elongated web openings Steel Construction Institute, 2018

Advisory Desk Note 370 Weld design for beam end plate connections in accordance with SCI P358 Steel Construction Institute, 2012

Advisory Desk Note 384 Welding in cold-formed zones Steel Construction Institute, 2014

Advisory Desk Note 451 Welding of reinforcement to cast-in plates Steel Construction Institute, 2020

Advisory Desk Note 365 Welding of shear studs to galvanized steel beams Steel Construction Institute, 2012

Advisory Desk Note 364 Welding stainless steel Steel Construction Institute, 2012

Advisory Desk Note 380 What height of shear stud should be used in Eurocode 4? Steel Construction Institute, 2014

Publication 394 Wind actions to BS EN 1991-1-4 Steel Construction Institute, 2013

Advisory Desk Note 432 Wind loads on building canopies Steel Construction Institute, 2020

Advisory Desk Note 337 Wind pressures for buildings with dominant openings Steel Construction Institute, 2009

Publication 263 Wind-moment design of low rise frames Steel Construction Institute, 1999

Publication 264 Wind-moment design of unbraced composite frames Steel Construction Institute, 2000

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