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Repair of Vehicle Bodies 7th edition [Pehme köide]

  • Formaat: Paperback / softback, 530 pages, kõrgus x laius: 246x174 mm, kaal: 952 g, 42 Tables, black and white; 278 Line drawings, black and white; 199 Halftones, black and white; 477 Illustrations, black and white
  • Ilmumisaeg: 28-Aug-2018
  • Kirjastus: Routledge
  • ISBN-10: 0815378696
  • ISBN-13: 9780815378693
Teised raamatud teemal:
  • Pehme köide
  • Hind: 41,92 €*
  • * hind on lõplik, st. muud allahindlused enam ei rakendu
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  • Formaat: Paperback / softback, 530 pages, kõrgus x laius: 246x174 mm, kaal: 952 g, 42 Tables, black and white; 278 Line drawings, black and white; 199 Halftones, black and white; 477 Illustrations, black and white
  • Ilmumisaeg: 28-Aug-2018
  • Kirjastus: Routledge
  • ISBN-10: 0815378696
  • ISBN-13: 9780815378693
Teised raamatud teemal:
The revised and updated seventh edition of this best-selling reference manual on vehicle body repair brings the book up to date for the current body repair trade. It serves as a comprehensive guide covering the vocationally related qualification (VRQ) required by the modern student and apprentice, as well as providing the CPD essential for all working professionals.

The entire book is overhauled to reflect current industry trends with regards to materials, processes and procedures. New additions include:











An entirely new section on the work of the MET technician (mechanical, electrical and trim)





New developments in body repair methodology such as repair pods and the greater use of alignment equipment





Greater emphasis on the environment with new sections on hybrid vehicles and the hazards of starting current vehicles with high levels of technology





Details on both the historic and the current joining methods for the vintage and modern markets





Full coverage on the legalities surrounding insurance work for bodyshop staff





Updated tables and illustrations

This book not only provides the knowledge and skills for body repair, it helps to develop a real understanding of the how and why behind this information. It will be essential for anyone studying Levels 1-3 Vehicle Body Repair, Vehicle Refinishing and MET courses, including the new apprenticeships and technical certificates from the IMI, Pearson-BTEC and C&G. HNC and degree Automotive Engineering students will find the text valuable to develop skills and knowledge for practical project work. Industry professionals, vehicle restorers and car DIY enthusiasts will continue to find it an essential and comprehensive source of information.
Preface xii
1 Car body construction 1(10)
Starting out
1(1)
Vehicle safety testing
2(1)
Elements of vehicle construction
3(4)
Vehicle information code plate
7(1)
Brief history of the motor vehicle
7(2)
Skills and questions
9(2)
2 Health and safety and the environment 11(20)
Personal health and safety procedures
11(3)
Fire precautions
14(1)
Fire risks in the workshop
15(3)
Safety signs in the workshop
18(1)
General safety precautions in the workshop
19(1)
Electrical hazards
20(1)
COSHH
21(1)
RIDDOR
21(1)
Maintain the health, safety and security of the work environment
21(2)
Where identified hazards cannot be removed, appropriate action is taken immediately to minimize risk to own and others' health and safety
23(6)
Skills and questions
29(2)
3 Hand and power tools 31(21)
Hand tools used in body repair work
31(1)
Hammers
31(2)
Hand dollies
33(1)
Body spoons
34(1)
Body files
35(1)
Hand snips
36(1)
Specialist panel beating tools
36(1)
Clamps
37(1)
Punches
38(1)
Edge setters or jogglers
38(1)
Sheet metal bench stakes
39(2)
Hand grooving tools
41(1)
Rivet sets
41(1)
Cutting tools
41(2)
Bending and swaging tools
43(1)
General-purpose assembly and dismantling tools
43(7)
Skills and questions
50(2)
4 Materials used in vehicle bodies 52(29)
Skills
52(9)
Aluminium
61(3)
Rubber
64(2)
Sealers
66(2)
Sound-deadening, thermal insulating and undersealing materials
68(1)
Interior furnishings
69(1)
Plastics
70(1)
Amorphous and crystalline plastics
70(3)
Abbreviations for automotive plastics
73(1)
Types of plastics
73(3)
Repair procedures
76(1)
Painting plastics
77(1)
Safety glass
77(2)
Skills and questions
79(2)
5 Metal forming processes 81(24)
Properties of metals
81(4)
Heat treatment of steel and aluminium
85(6)
Machines for sheet metal fabrication
91(1)
Cutting machines
92(2)
Bending theory
94(1)
Bending machines
95(1)
Rolling machines
96(5)
Forming and drawing
101(2)
Sheet metal cutting for press work
103(1)
Skills and questions
104(1)
6 Marking out and measuring 105(15)
Marking out
105(1)
Manufacture of templates
106(1)
Basic marking-out and measuring instruments
106(8)
Precision marking-out and measuring instruments
114(4)
Micrometer
118(1)
Skills and questions
118(2)
7 Methods of joining 120(33)
Solid rivets
120(1)
Types of riveted joint
121(2)
Blind rivets
123(4)
Repetition rivets
127(3)
Rivet selection
130(1)
Structural fasteners
131(3)
Screws and bolts
134(6)
Fastening devices
140(6)
Adhesives
146(1)
Selection of adhesives
147(1)
Achieving good results with adhesives
148(1)
Adhesives and the automotive industry
149(2)
Skills and questions
151(2)
8 Soft and hard soldering methods 153(44)
Comparison of fusion and non-fusion jointing processes
153(1)
Soft and hard solders
154(1)
Soft soldering
154(5)
Hard soldering
159(7)
Body leading/body soldering
166(1)
Health and safety and the environment
167(1)
Skills and questions
168(1)
Gas welding, cutting and plasma arc
169(1)
Overview of gas welding
169(1)
Oxy-acetylene welding equipment
169(3)
Regulators
172(3)
Definitions of welding terms
175(1)
Welding rods and fluxes
176(1)
Flame control and types of flame
176(2)
Methods of welding
178(2)
Edge preparation and types of joint
180(1)
Welding technique: butt joint in mild steel
181(1)
Welding various metals
182(1)
Gas cutting
183(2)
Gases: characteristics and colour coding
185(2)
Safety measures
187(4)
Plasma arc cutting
191(4)
Skills and questions
195(2)
10 Electric resistive welding 197(16)
Resistance welding in car body manufacture
197(2)
Resistance spot welding
199(1)
Resistance projection welding
200(1)
Resistance seam welding
200(1)
Resistance flash welding
201(1)
Resistance butt welding
202(1)
Resistance welding in body repair work
202(1)
Resistance spot welding of high-strength steels
203(1)
Weld quality
203(4)
ARO Spotrite Pulsa resistance welding system
207(3)
Single-sided spot welding
210(2)
Skills and questions
212(1)
11 Manual metal arc welding (MMA) 213(16)
Principles of manual metal arc welding
213(1)
Electrical terms used in arc welding
214(1)
Metal arc welding equipment
215(3)
Electrodes used in welding: BS coding
218(2)
Arc welding positions
220(2)
Essential factors of arc welding
222(4)
Technique of welding
226(1)
Safety precautions for the welder
227(1)
Skills and questions
228(1)
12 Gas shielded arc welding (MIG, MAG and TIG) 229(34)
Development of gas shielded arc welding
229(1)
Gases used for shielded arc processes
229(3)
TIG welding
232(6)
Application of TIG welding
238(1)
MIG/MAG welding
238(2)
MIG/MAG spot/plug welding
240(1)
Equipment used in MIG/MAG welding
240(6)
MIG/MAG welding techniques
246(5)
Applications of MIG/MAG welding in vehicle body construction
251(1)
Applications of MIG/MAG welding in body repair work
251(2)
MIG/MAG welding of low-carbon steel and HSLA steels
253(2)
Welding stress and distortion in the MIG/MAG process
255(4)
Weld testing and inspection
259(2)
Equipment maintenance and safety
261(1)
Skills and questions
262(1)
13 Craft techniques and minor accident damage 263(55)
Panel beating: forming panels by hand
263(1)
Shaping metal by hand
264(7)
General guide to the fabrication of hand-made panels
271(1)
Edge stiffening of sheet metal
272(3)
Techniques of damage rectification
275(2)
Hammering techniques
277(5)
Filing
282(1)
Sanding or disc grinding
282(1)
Hot shrinking
283(3)
Cold shrinking
286(1)
Body soldering
286(2)
Chemically hardening fillers (plastic fillers)
288(1)
Body jack (hydraulic)
289(4)
Application of the body jack
293(3)
Repair of component motor body panels
296(7)
Aluminium panel repair
303(6)
Body electrical and electronic systems
309(2)
SAE J1930
311(4)
Skills and questions
315(3)
14 Major accident damage repair 318(43)
Damage classification and assessment
318(1)
Pulling, alignment and repair systems used on major accident damage
319(5)
Alignment of the modem integral body
324(8)
Major repair techniques
332(27)
Skills and questions
359(2)
15 Bodyshop planning 361(30)
Initial planning
361(3)
Planning the areas of the workshop
364(5)
Bodyshop heating
369(2)
Bodyshop lighting
371(2)
Essential equipment for the bodyshop
373(2)
Bodyshops and legal requirements
375(14)
Skills and questions
389(2)
16 Reinforced composite materials 391(32)
Introduction
391(1)
Basic principles of reinforced composite materials
391(2)
Manufacture of reinforced composite materials
393(1)
Types of reinforcing material
394(4)
Resins used in reinforced composite materials
398(4)
Moulding techniques for reinforced composite laminates
402(13)
Repair of reinforced composite bodies
415(2)
Common faults in moulded laminates
417(3)
Safety precautions
420(2)
Skills and questions
422(1)
17 Automotive finishing and re-finishing 423(56)
Glossary of terms used in spray painting
423(1)
Basic composition of paint
424(1)
Types of paint
425(1)
Materials used in refinishing
426(4)
Spray painting equipment
430(2)
Types of spray gun
432(5)
Basic parts of a standard spray gun
437(1)
Spray gun maintenance and cleaning
437(2)
Spray gun motion study
439(4)
Spraying defects
443(2)
Sanding and polishing machines
445(2)
Preparation of a motor vehicle for repainting
447(2)
Finishing and refinishing processes
449(12)
Burnishing, polishing and final detail work
461(2)
Rust-proofing
463(1)
Movement of vehicle in the paint shop
463(2)
Common spray painting defects
465(2)
Colour mixing and matching
467(2)
Vehicle cleaning-detailing
469(7)
Virtual-reality spraying
476(1)
Skills and questions
477(2)
18 Case study 479(5)
General appearance
479(1)
Site selection
479(2)
Pre-planning
481(1)
Notable points
482(2)
19 Mechanical, electrical and trim-MET 484(14)
Science
484(6)
Impact and momentum
490(1)
Batteries
490(3)
Repair pods
493(1)
Quick reference guide to vehicle systems
493(2)
Steering and suspension
495(2)
Skills and questions
497(1)
Appendix 1: Health and safety risk assessment and COSHH data sheets 498(21)
Glossary 519(9)
Index 528
Andrew Livesey served a full apprenticeship in the motor industry before going to the University of Manchester as a mature student: he is a Fellow of the Institute of the Motor Industry and Member of the Institution of Mechanical Engineers. He also runs an independent Engineering Consultancy in Kent and teaches part time. He is former Head of Motorsport at Oxford Brookes University, has worked for McLaren and has run a company building race and rally cars.



The late Alan Robinson was formerly Section Leader for Vehicle Bodywork and Vehicle Body Repair, as well as Course Coordinator for CGLI 398 Vehicle Body Competencies and CGLI 385 Vehicle Bodywork at Gateshead College.