Steel Construction Institute documents within the Construction Information Service

• Acceptable design codes for CE marking of fabricated steelwork
• Accumulated deviations in erected steelwork
• Acoustic detailing for steel construction
• Acoustic performance - case studies
• Acoustic performance of composite floors
• Acoustic performance of light steel construction
• Acoustic performance of light steel framed systems: Meeting the new requirements of Part E of the Building regulations (2003)
• Acoustic performance of Slimdek: meeting the new requirements of the Building regulations (2003)
• Amendment A2 to EN 1993-1-4
• Anchor force
• Anchorage of bars in the troughs of composite slabs
• Anchorage of precast floor units for robustness
• Appraisal of existing iron and steel structures
• Appropriate anchorage of parallel decking. Revised
• Architects' guide to stainless steel
• Architectural teaching resource: Studio guide. 2nd edition
• Artificially reducing the effective width of slab to satisfy shear connection requirements
• Avoidance of thermal bridging in steel construction
• Beams supporting precast planks: checks in temporary condition
• Bending resistance and moment-shear interaction limits for longitudinally stiffened beams designed to EN 1993-1-5
• Benefits of off-site steel construction in urban locations
• Best practice for light steel framing: design and detailing
• Best practice for light steel framing: follow-on trades
• Best practice for light steel framing: installation
• Best practice for light steel framing: pre-start requirements
• Best practice for the specification and installation of metal cladding and secondary steelwork
• Better value in steel: Value and benefit assessment of Slimdek construction: Slimdek construction for shallow floors: Composite construction
• BIM and 3D modelling in light steel construction
• 'Bimoment' in Eurocode design
• Bolt resistance tables in the Eurocode blue book
• Bolts and pins - background information
• Bolts through packings
• Brittle fracture requirements for base plates
• Brittle fracture: selection of steel sub-grade to BS EN 1993-1-10
• BS 2853:2011 Steel overhead runway beams
• Buckling length of compression members in cross bracing
• Building design using cold formed steel sections - value and benefit assessment of light steel framing in housing
• Building design using cold formed steel sections. Light steel framing in residential construction
• Building design using cold formed steel sections: acoustic insulation
• Building design using cold formed steel sections: an architect's guide
• Building design using cold formed steel sections: Construction detailing and practice
• Building design using cold formed steel sections: fire protection
• Building design using cold formed steel sections: structural design to BS 5950-5:1998 - section properties and load tables
• Building design using cold formed steel sections: worked examples to BS 5950: Part 5: 1987
• Building design using modules
• Case studies on light steel framing. Series 1 and 2
• Case studies on modular steel framing
• Case studies on residential buildings using steel
• Case studies on Slimdek
• Case study of the steel frame erection at Senator House, London
• Castings in construction
• Clarification of notch dimensions and shear resistances in SCI P358 (Green book on simple joints)
• Clarification of the reference strain rate in EN 1993-1-10
• Code for sustainable homes: how to satisfy the code using steel technologies
• Columns in simple construction
• Commentary on BS 5400-3: 2000 Code of practice for the design of steel bridges
• Commentary on BS 5950: Part 3: Section 3.1 'Composite beams'
• Comparative environmental life cycle assessment of modern office buildings
• Comparative structural cost of modern commercial buildings. 2nd edition
• Composite beams with different positions of web openings
• Composite column design to Eurocode 4
• Composite design of steel framed buildings: in accordance with Eurocodes and the UK National Annexes
• Composite flooring
• Composite floors - wheel loads from forklift trucks
• Composite highway bridge design: in accordance with Eurocodes and the UK National Annexes (including corrigendum, March 2014)
• Composite highway bridge design: worked examples. In accordance with Eurocodes and the UK National Annexes (including corrigendum, March 2014)
• Composite slabs and beams using steel decking: best practice for design and construction (revised edition)
• Connections between steel and other materials - interfaces
• Connections using preloaded bolts, subject to combined shear and tension
• Construction loading for composite slabs - update to P364
• Corrigenda for P362
• Corrosion protection of steel and composite bridges
• Curtailment of transverse bar reinforcement in composite beams with steel decking
• Curtailment of transverse bar reinforcement in composite beams with steel decking designed using Eurocodes
• Curtain wall connections to steel frames: interfaces
• Dealing with connection design in a 3D frame analysis
• Degree of shear connection in composite beams and SCI P405
• Design actions during concreting for beams and decking in composite floors
• Design and installation of light steel external wall systems
• Design capacity of kidney shaped slotted connections
• Design checks for Category B preloaded assemblies
• Design for construction
• Design for manufacture guidelines
• Design guide for composite box girder bridges. 2nd edition
• Design guide for composite highway bridges
• Design guide for composite highway bridges: worked examples
• Design guide for ladder deck bridges
• Design guide for steel railway bridges
• Design guide for steel sheet pile bridge abutments
• Design manual for structural stainless steel. 4th edition
• Design of asymmetric Slimflor beams using deep composite decking
• Design of asymmetric Slimflor beams with precast concrete slabs
• Design of cast-in plates
• Design of cold formed portal frames
• Design of cold-formed steel trapezoidal sheeting
• Design of columns subject to localised fires
• Design of composite beams using precast concrete slabs
• Design of composite beams using precast concrete slabs in accordance with Eurocode 4
• Design of composite beams with large web openings: in accordance with Eurocodes and the UK National Annexes
• Design of composite highway bridges curved in plan