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E-grāmata: Advanced Welding Systems: 1 Fundamentals of Fusion Welding Technology

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  • Formāts: PDF+DRM
  • Izdošanas datums: 17-Apr-2013
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • Valoda: eng
  • ISBN-13: 9783662110492
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  • Formāts: PDF+DRM
  • Izdošanas datums: 17-Apr-2013
  • Izdevniecība: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • Valoda: eng
  • ISBN-13: 9783662110492
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HE ORIGINS of welding are buried in the depths of antiquity, T commencing with the forging of native gold and copper, progressing in the bronze age with the braze welding of castings, but not developing greatly until relatively recently. It has been this century, and the latter half in particular, that welding has developed to the stage where there are more than 100 variants. Furthermore, joining by welding has become such an efficient technique that much of our modem way oflife would not be possible without it. The giant oil rigs, built to withstand the rigours of the North Sea, the minute wire connectors in the computer and transistor, and the automobile and truck, could not exist were it not for welding processes. Originally a uniquely manual process, the needs of industry have this century required welding techniques which could be mechanised. Some processes, such as friction welding, were readily mechanised but the most flexible and adaptable fusion processes awaited develop­ ments which allowed a continuous wire to be rapidly fed into the fusion zone. These processes, such as MAG and submerged arc, rapidly gave rise to machines for welding, with many appearing before the Second World War.

Papildus informācija

Springer Book Archives
Chapter One Historical development of welding
1(10)
Chapter Two Basic definitions in welding
11(4)
Chapter Three Welding assembly technology
15(14)
Welds, joints and fabrications
16(11)
Grain flow effects
16(1)
Types of weld
16(2)
Types of joint
18(2)
Welding attitudes
20(1)
Joint preparations
21(5)
Weld geometry
26(1)
Welding symbols
27(2)
Chapter Four Metallurgical concepts
29(6)
Mechanical properties of metals
29(6)
Stress
31(1)
Elastic and plastic deformation
32(3)
Chapter Five Mechanical testing of welds
35(14)
Tensile testing
35(4)
Fracture toughness
39(1)
Hardness testing
40(6)
Bend tests
42(3)
Nick break tests
45(1)
Peel and torsion tests
45(1)
Relationship between tensile strength, yield strength, elongation toughness and hardness
46(1)
Metallographic examination of metals
46(1)
Macroscopic examinations
47(1)
Microscopic examinations
47(1)
Corrosion behaviour
47(2)
Chapter Six Weldability
49(26)
Steels -- Metallurgical considerations
50(15)
Influence of alloying elements and impurities in steel
53(2)
Additive and alloy elements
55(5)
Characteristics of low and high alloyed steel
60(4)
Welding of carbon and low alloy steels
64(1)
Non-ferrous metals and alloys -- Metallurgical considerations
65(10)
Corrosion resistance and microstructure
66(1)
Influence of heating and cooling
66(1)
Hardening mechanisms
66(1)
Aluminium and its alloys
67(4)
Filler metal
71(1)
Welding problems
71(4)
Chapter Seven Heat treatment of welded structures
75(14)
Thermal operations before, during and after welding
75(2)
Thermal conditioning
77(4)
Cooling
77(1)
Warming/drying
77(1)
Preheating
77(4)
Postheating
81(1)
Thermal treatments after welding
81(4)
Stress relief treatment
82(2)
Annealing
84(1)
Normalising
85(1)
Points and intervals of transformation
85(4)
Transformation point or critical point of phase change
87(1)
Ciritical interval (or critical zone)
88(1)
Transformations without change of phase
88(1)
Chapter Eight Shrinkage and distortion
89(30)
Expansion and shrinkage
90(8)
Expansion
90(2)
Heating under constraint
92(2)
Shrinkage stresses
94(4)
Residual stresses and distortion
98(13)
Transverse distortion
99(2)
Longitudinal distortion
101(3)
Angular distortion
104(2)
Example of distortion of the base-plate of a steel girder
106(3)
Buckling defects during welding
109(1)
Welding constructions in light alloys
110(1)
Reduction of residual stresses and distortion
111(8)
Precautionary measures
111(3)
Methods which can be used during welding
114(1)
Post-weld relief of residual stress
115(2)
Correction of distortions
117(2)
Chapter Nine Welding safety
119(10)
Gas-shielded arc welding
119(8)
Protection against radiation emitted by the arc
119(3)
Protection against fumes, gases and solid particles
122(4)
Other safety measures
126(1)
Workplaces for gas-shielded welding
127(1)
Laser welding
127(1)
Automatic welding
127(2)
Bibliography/Further Reading/References 129