Limit State Design of Steel Structures, 2e?Limit State Design of Steel Structures is a basic textbook in structural steel design for undergraduate students. The book covers the fundamental aspects of analysis and design, and also discusses practical requirements such as safety, feasibility, and economy of structural elements. It is hoped that the text would also serve as an introduction to postgraduate students. Practicing civil engineers and consultants who need a review of current practice and current IS specifications will also find it useful as a reference. |
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Page iv
7.9 Design of Tension Member Subjected to Axial Load 7.10 Lug Angles 7.11 Splices 7.12 Gusset Working Solved Summary Check ... Compression Members 8.1 Introduction 8.2 Effective Length 8.3 Slenderness Ratio (λ) 8.4 Types of Sections 8.5 ...
7.9 Design of Tension Member Subjected to Axial Load 7.10 Lug Angles 7.11 Splices 7.12 Gusset Working Solved Summary Check ... Compression Members 8.1 Introduction 8.2 Effective Length 8.3 Slenderness Ratio (λ) 8.4 Types of Sections 8.5 ...
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Awesome. Contains all contents and clarified by lots of Examples
Contents
Design | 1-4 |
Beams | 1-9 |
Selection | 1-22 |
Summary | 1-29 |
Conceptual Questions andAnswers | 1-30 |
MultipleChoice Questions 3 Plastic Analysis andDesign 3 1 Introduction | 2-3 |
Solved | 2-25 |
MultipleChoice Questions 15 Roof Trusses | 3-15 |
Simple ConnectionsRiveted Bolted and Pinned | 5 |
Summary | 35 |
Exercises | 38 |
Conceptual Questions and Answers Exercises | 8-3 |
Components BackToBack 8 15 Encased Column 8 16 Splices | 8-43 |
MultipleChoice Questions 11 Column Bases andCaps 11 1 Introduction | 11-2 |
Simple Welded Connection | 11-6 |
Conceptual Questions and Answers MultipleChoice Questions 7 Tension Members 7 1 Introduction | 11-7 |
Exercises | 3-103 |
Loads Actions | 5-2 |
Compression Members 8 1 Introduction | 5-8 |
Sections | 5-9 |
Load | 5-19 |
Theorems | 6-20 |
Summary | 6-39 |
Analysis of Welded Joints | 7-6 |
Limit State | 7-16 |
Solved | 4 |
Plates | 11-20 |
Plate Girder | 11-60 |
Examples | 11-97 |
Fundamentals | 1 |
Gantry Girders | 13 |
Members UnderCombined Axial Loadand | 13-10 |
Eccentric and Moment Connections 14 1 Introduction | 13-36 |
Metallurgy of Steel | 13-165 |
Glossary | xxi |
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Common terms and phrases
20 mm diameter analysis angle section assumed axial compressive axis beam bending bending moment block shear bolt holes bolts of grade buckling building builtup calculated capacity Check coefficient collapse load column compression members connected cross section dead load deflection deformation design strength design wind diameter bolts ductility effective length elastic elements Example factored loads failure fillet weld flange flexural force fracture frame grade Fe 410 gusset plate Hence inthe Isection joint lacing limit limit state design live load maximum method minimum ofthe partial safety factor plastic analysis plastic hinges Plastic section modulus Prob purlins radius of gyration reduced residual stresses resistance rivets rotation seismic shape factor shear strength shouldbe shown in Fig slenderness ratio span splice plate strain stress–strain curve structure Table tensile strength tension member thedesign thickness tothe truss willbe yield stress