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Structural Engineer's Pocket Book: Eurocodes: Eurocodes 3rd edition [Pehme köide]

  • Formaat: Paperback / softback, 464 pages, kõrgus x laius: 203x133 mm, kaal: 533 g, 149 Tables, black and white; 213 Illustrations, black and white
  • Ilmumisaeg: 13-Nov-2014
  • Kirjastus: CIMA Publishing
  • ISBN-10: 0080971210
  • ISBN-13: 9780080971216
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  • Formaat: Paperback / softback, 464 pages, kõrgus x laius: 203x133 mm, kaal: 533 g, 149 Tables, black and white; 213 Illustrations, black and white
  • Ilmumisaeg: 13-Nov-2014
  • Kirjastus: CIMA Publishing
  • ISBN-10: 0080971210
  • ISBN-13: 9780080971216
Teised raamatud teemal:
Functions as a Day-to-Day Resource for Practicing Engineers…The hugely useful Structural Engineer’s Pocket Book is now overhauled and revised in line with the Eurocodes. It forms a comprehensive pocket reference guide for professional and student structural engineers, especially those taking the IStructE Part 3 exam. With stripped-down basic material—tables, data, facts, formulae, and rules of thumb—it is directly usable for scheme design by structural engineers in the office, in transit, or on site.…And a Core Reference for StudentsIt brings together data from many different sources, and delivers a compact source of job-simplifying and time-saving information at an affordable price. It acts as a reliable first point of reference for information that is needed on a daily basis.This third edition is referenced throughout to the structural Eurocodes. After giving general information and details on actions on structures, it runs through reinforced concrete, steel, timber, and masonry.Provides essential data on steel, concrete, masonry, timber, and other main materialsPulls together material from a variety of sources for everyday workServes as a first point of reference for structural and civil engineersA core structural engineering book, Structural Engineers Pocket Book: Eurocodes, Third Edition benefits both students and industry professionals.

Arvustused

" this excellent little book should remain an important first reference tool for practising engineers and students alike." Civil Engineering Journal, October 2015

"All in all, the reviewer would wholeheartedly like to commend this concise and yet informative pocket book as an essential reference for all current practitioners as well as for the next generation of engineers." ICE Proceedings-Structures-Buildings Journal, 2015

"The book, in its previous editions, has been an essential companion of practising engineers, as well as of students of structural design. The new edition fills a great need to provide the essential data for anyone who may be required to use Eurocodes. This applies to practising engineers as well as undergraduate and postgraduate students of structural design." Kuldeep S Virdi, Professor Emeritus, City University, London, UK " this excellent little book should remain an important first reference tool for practising engineers and students alike." Civil Engineering Journal, October 2015

"All in all, the reviewer would wholeheartedly like to commend this concise and yet informative pocket book as an essential reference for all current practitioners as well as for the next generation of engineers." ICE Proceedings-Structures-Buildings Journal, 2015

"The book, in its previous editions, has been an essential companion of practising engineers, as well as of students of structural design. The new edition fills a great need to provide the essential data for anyone who may be required to use Eurocodes. This applies to practising engineers as well as undergraduate and postgraduate students of structural design." Kuldeep S Virdi, Professor Emeritus, City University, London, UK

Preface to Third Edition (Eurocodes) xi
Preface to Second Edition xiii
Preface to First Edition xv
Acknowledgements xvii
Text and Illustration Credits xix
1 General Information
1(12)
Metric system
1(1)
Typical metric units for UK structural engineering
2(1)
Imperial units
3(1)
Conversion factors
4(1)
Measurement of angles
5(1)
Construction documentation and procurement
6(2)
Drawing conventions
8(2)
Common arrangement of work sections
10(1)
Summary of ACE conditions of engagement
11(2)
2 Statutory Authorities and Permissions
13(14)
Planning
13(1)
Building regulations and standards
14(3)
Listed Buildings
17(1)
Conservation areas
18(1)
Tree preservation orders
18(1)
Archaeology and ancient monuments
19(2)
Party Wall etc. Act
21(3)
CDM
24(1)
Building Information Modelling (BIM)
25(2)
3 Design Data
27(18)
Design data checklist
27(1)
Structural form
28(2)
Structural movement joints
30(1)
Fire resistance periods for structural elements
31(1)
Typical building tolerances
32(1)
Historical use of building materials
33(2)
Selection of materials
35(1)
Selection of floor construction
36(1)
Transportation
37(4)
Temporary/auxiliary works toolkit
41(4)
4 Basic and Shortcut Tools for Structural Analysis
45(34)
Load factors and limit states
45(1)
Geometric section properties
46(3)
Parallel axis theorem
49(1)
Composite sections
49(1)
Material properties
50(3)
Coefficients of linear thermal expansion
53(1)
Coefficients of friction
54(1)
Sign conventions
55(1)
Beam bending theory
56(1)
Beam bending and deflection formulae
57(5)
Clapeyron's equations of three moments
62(2)
Continuous beam bending formulae
64(1)
Struts
65(2)
Rigid frames under lateral loads
67(3)
Plates
70(4)
Torsion
74(1)
Taut wires, cables and chains
75(2)
Vibration
77(2)
5 Eurocodes
79(10)
Eurocode background
79(2)
Eurocodes and European public procurement rules
81(1)
Limit state philosophy and Eurocode partial safety factors
82(2)
Combination factors
84(1)
Summary of combined factors: Persistent situations
85(1)
Comparison of BS and Eurocode partial load factors
86(1)
Design life
87(2)
6 Actions on Structures
89(20)
Permanent actions
89(4)
Variable actions: Imposed floor loads
93(4)
Typical unit floor and roof loadings
97(2)
Variable actions: Wind loading
99(1)
Variable actions: Horizontal barrier loads
100(1)
Minimum barrier heights
101(1)
Eurocode combinations of actions for serviceability limit states
102(1)
Typical deflection limits
103(1)
Stability, robustness and disproportionate collapse
104(5)
7 Reinforced Concrete
109(38)
Concrete mixes
111(3)
Reinforcement
114(3)
Durability and fire resistance
117(4)
Preliminary sizing of concrete elements
121(2)
Reinforced concrete design to BS EN 1992
123(19)
Reinforcement bar bending to BS 8666
142(2)
Summary of differences with BS 8110
144(2)
Reinforcement Estimates
146(1)
8 Structural Steel
147(98)
Types of steel products
147(2)
Mild steel section sizes and tolerances
149(3)
Hot rolled section tables
152(53)
Member axes and dimension notation
205(1)
Slenderness
205(1)
Effective length
206(10)
Structural steel design to BS EN 1993
216(2)
Partial safety factors for section resistance in buildings
218(4)
Buckling factor, x
222(6)
Summary of differences with BS 5950: Structural steel
228(1)
Stainless steel design to BS EN 1993
229(2)
Elastic properties of stainless steel alloys for design
231(1)
Durability and fire resistance
232(1)
Stainless steel design to BS EN 1993-1
233(2)
Steel design to BS 449
235(10)
9 Composite Steel and Concrete
245(10)
Composite design to BS EN 1994
251(2)
Composite plastic moment capacity for simply supported beams
253(2)
10 Timber and Plywood
255(26)
Timber products
255(1)
Summary of material properties
256(1)
Sizes and processing of timber
256(1)
Timber section sizes
257(1)
Laminated timber products
258(2)
Durability and fire resistance
260(3)
Preliminary sizing of timber elements
263(5)
Modification factors
268(5)
Deflections
273(1)
Timber joints
274(6)
Summary of differences with BS 5268: Structural timber
280(1)
11 Masonry
281(40)
Summary of material properties
281(2)
Geometry and arrangement
283(3)
Durability and fire resistance
286(1)
Movement joints in masonry with cement-based mortar
287(1)
Preliminary sizing of masonry elements
288(4)
Masonry design to BS EN 1996
292(18)
Masonry design to CP111
310(2)
Lintel design to BS 5977
312(2)
Masonry accessories
314(7)
12 Geotechnics
321(28)
Selection of foundations and retaining walls
322(1)
Site investigation
323(1)
Soil classification
324(1)
Typical soil properties
325(4)
Preliminary sizing
329(9)
Introduction to geotechnical design to BS EN 1997
338(2)
Trees and shallow foundations
340(4)
Contaminated land
344(5)
13 Structural Glass
349(12)
Typical glass section sizes and thicknesses
352(1)
Durability and fire resistance
353(1)
Typical glass sizes for common applications
354(2)
Structural glass design
356(2)
Connections
358(3)
14 Building Elements, Materials, Fixings and Fastenings
361(20)
Waterproofing
361(1)
Basement waterproofing
362(4)
Screeds
366(1)
Resin anchors
367(1)
Precast concrete hollowcore slabs
368(1)
Bi-metallic corrosion
369(1)
Structural adhesives
370(3)
Fixings and fastenings
373(4)
Cold weather working
377(1)
Effect of fire on construction materials
378(3)
15 Sustainability
381(30)
Context
381(1)
Environmental indicators
382(1)
Climate change predictions for the United Kingdom
383(1)
Sustainability scenarios and targets
384(2)
Sustainable building design priorities
386(2)
Exposed slabs and thermal mass
388(2)
Embodied energy
390(3)
Construction waste
393(2)
Reclaimed materials
395(1)
Recycled materials
396(1)
Design for demountability
397(2)
Green materials specification
399(1)
Toxicity, health and air quality
400(2)
Sustainable timber
402(3)
Cement substitutes
405(2)
Sustainable aggregates
407(4)
16 Useful Mathematics
411(6)
Trigonometric relationships
411(2)
Special triangles
413(1)
Algebraic relationships
414(1)
Equations of curves
414(2)
Standard differentials and integrals
416(1)
Useful Addresses 417(11)
Further Reading 428(5)
Sources 433(4)
Index 437
Fiona Cobb founded the structural engineering consultancy Cobb & Company in 2019. She is a Fellow of the Institution of Structural Engineers and was given the ACE Young Consultant of the Year award in 2007.