Steel Designer's Manual, 6th Edition
Steel Designer's Manual, 6th Edition
Structural Steelwork: Analysis and Design
Structural Steelwork: Analysis and Design
Design of Steel Structures Books
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Steel Designer's Manual, 6th Edition |
Structural Steelwork: Analysis and Design |
Advanced Analysis and Design of Steel Frames |
Steel Structures: Design and Behavior |
Steel Detailers' Manual |
Structural Steel Designer's Handbook |
Structural Steelwork, Third Edition: Design to Limit State | Cold-Formed Steel Design |
Load Resistance Factor Design: Manual of Steel Construction |
Handbook of Structural Steel Connection Design and Details |
Designing with Structural Steel - A Guide for Architects |
Seismic Behavior and Design of Steel Shear Walls |
Exact Solutions for Buckling of Structural Members |
Guide for the Design of Crane-Supporting Steel Structures |
Code of Practice for the Structural use of Steel | Building Design Using Cold Formed Steel Sections: Durability of Light Steel Framing in Residential Building |
Guide to Stability Design Criteria for Metal Structures | Joints in Steel Construction |
Limit States Design of Structural Steelwork |
The Design of Modern Steel Bridges |
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Design criteria and considerations – Design loads of steel structures – Allowable stresses – Design of tension members – Stability of steel structures against lateral loads – Bracing systems – Column buckling – Design of axially compressed members – Design of bracing members – Design of laterally supported beams – Lateral tortional buckling of beams – Design of laterally unsupported beams – Design of beam-columns – Frames and trusses – Design of bolted and welded connections – Column bases – Introduction to cold-formed sections – Industrial buildings – Cranes – Tall buildings – Long span structures – Introduction to load and resistance factor design and ultimate design
Plastic design of steel structures – load factors and ultimate strength of structural members – Plastic analysis of steel structures – Behavior of steel frames in plastic design – Design of cold-formed steel (CFS) sections – Effective width concept – Design of axially compressed CFS members – Design of flexural CFS members – Design of CFS beam-columns – Connections of CFS members: welded connections, bolted connections, screw connections, Structural steel technology: Metallurgy of steel, Steel fracture, Steel grades, Fatigue. Design synthesis: Structural systems, Lateral resistance and bracing systems, Codes and specifications. Elements design: Structural behaviour of members, Introduction to design philosophies, Local buckling and cross section classification, Tension members, Struts and columns, Bending of beams, Torsion of beams, Beam-columns and frame structures, Light-gauge steel members. Connection design: Bolts: types of bolts, Analysis and design of group welds: Types of welds, Analysis and design of welded connections. Composite structures: Composite beams and composite columns. Construction: Tolerances, Fabrication, Erection, Fire protection and corrosion resistance, Structural steel technology: Metallurgy of steel, Steel fracture, Steel grades, Fatigue. Design synthesis: Structural systems, Lateral resistance and bracing systems, Codes and specifications. Elements design: Structural behaviour of members, Introduction to design philosophies, Local buckling and cross section classification, Tension members, Struts and columns, Bending of beams, Torsion of beams, Beam-columns and frame structures, Light gauge steel members. Connection design: Bolts: types of bolts, Analysis and design of bolt groups, Welds: Types of welds, Analysis and design of welded connections. Composite structures: composite beams and composite columns. Construction: tolerances, fabrication, erection, fire Protection, Corrosion resistance
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