Steel Designers' Manual

Introduction to the seventh edition xv

Contributors xix

INTRODUCTION

1 Introduction - designing to the Eurocodes 1

2 Integrated design for successful steel construction 10

and impact 10

References to Chapter 2 34

3 Loading to the Eurocodes 35

References to Chapter 3 60

Worked example 61

DESIGN SYNTHESIS

4 Single-storey buildings 65

References to Chapter 4 127

Worked example 128

5 Multi-storey buildings 134

References to Chapter 5 169

6 Industrial steelwork 171

References to Chapter 6 205

Further reading for Chapter 6 205

7 Special steel structures 207

regular solids 208

digital age - the development of technology 228

References to Chapter 7 235

Further reading for Chapter 7 236

8 Light steel structures and modular construction 238

References to Chapter 8 270

9 Secondary steelwork 271

References to Chapter 9 303

APPLIED METALLURGY

10 Applied metallurgy of steel 305

References to Chapter 10 329

Further reading for Chapter 10 330

11 Failure processes 331

References to Chapter 11 357

Further reading for Chapter 11 358

ANALYSIS

12 Analysis 359

References to Chapter 12 427

13 Structural vibration 430

References to Chapter 13 452

ELEMENT DESIGN

14 Local buckling and cross-section classification 454

and analysis 461

References to Chapter 14 463

15 Tension members 464

Further reading for Chapter 15 476

16 Columns and struts 477

References to Chapter 16 497

Further reading for Chapter 16 497

Worked example 498

17 Beams 503

References to Chapter 17 521

Worked example 522

18 Plate girders 533

References to Chapter 18 552

Worked example 553

19 Members with compression and moments 563

References to Chapter 19 584

Further reading for Chapter 19 585

Worked example 586

20 Trusses 600

References to Chapter 20 612

Worked example 613

21 Composite slabs 623

References for Chapter 21 640

Worked example 641

22 Composite beams 647

References to Chapter 22 682

Worked example 684

23 Composite columns 701

References to Chapter 23 722

Worked example 723

24 Design of light gauge steel elements 733

References to Chapter 24 756

Worked example 757

25 Bolting assemblies 769

References to Chapter 25 783

Further reading for Chapter 25 784

26 Welds and design for welding 785

References to Chapter 26 810

27 Joint design and simple connections 812

References to Chapter 27 842

Worked example 844

28 Design of moment connections 868

References to Chapter 28 883

FOUNDATIONS

29 Foundations and holding-down systems 885

References to Chapter 29 908

Further reading for Chapter 29 909

Worked example 910

30 Steel piles and steel basements 916

References to Chapter 30 956

Further reading for Chapter 30 957

CONSTRUCTION

31 Design for movement in structures 959

steel buildings 962

References to Chapter 31 969

32 Tolerances 970

References to Chapter 32 1000

Further reading for Chapter 32 1000

33 Fabrication 1002

References to Chapter 33 1023

Further reading for Chapter 33 1023

34 Erection 1024

References to Chapter 34 1056

Further reading for Chapter 34 1056

35 Fire protection and fire engineering 1057

engineering for specific buildings 1078

References to Chapter 35 1078

Worked example 1081

36 Corrosion and corrosion prevention 1088

Relevant standards 1107

Appendix 1110

Steel technology

Elastic properties 1111

European standards for structural steels 1112

Design theory

Bending moment, shear and deflection 1115

Second moments of area 1143

Geometric properties of plane sections 1151

Plastic moduli 1154

Formulae for rigid frames 1157

Design of elements and connections

Explanatory notes on section dimensions and properties 1175

Tables of dimensions and gross section properties 1193

Bolt and Weld Data for S275 1259

Bolt and Weld Data for S355 1274

Eurocodes

Extracts from Concise Eurocodes 1289

Floors

Floor plates 1309

Construction

Fire resistance 1312

Section factors for fire design 1332

Corrosion resistance 1337

Standards

British and European Standards for steelwork 1340

Index 1351