The Institute of Materials, 1997, ISBN-10: 1861250363, 593
pages
Welding metallurgy is conceed with the application of well-known metallurgical principles for assessment of chemical and physical reactions occurring during welding. On purely practical grounds it is nevertheless convenient to consider welding metallurgy as a profession of its own because of the characteristic non-isothermal nature of the process. In welding the reactions are forced to take place within seconds in a small volume of metal where the thermal conditions are highly different from those prevailing in production, refining and fabrication of metals and alloys.
Heat Flow and Temperature Distribution in Welding
Chemical Reactions in Arc Welding
Solidification Behaviour of Fusion Welds
Precipitate Stability in Welds
Grain Growth in Welds
Solid State Transformations in Welds
Properties of Weldments
Exercise Problems with Solutions
Welding metallurgy is conceed with the application of well-known metallurgical principles for assessment of chemical and physical reactions occurring during welding. On purely practical grounds it is nevertheless convenient to consider welding metallurgy as a profession of its own because of the characteristic non-isothermal nature of the process. In welding the reactions are forced to take place within seconds in a small volume of metal where the thermal conditions are highly different from those prevailing in production, refining and fabrication of metals and alloys.
Heat Flow and Temperature Distribution in Welding
Chemical Reactions in Arc Welding
Solidification Behaviour of Fusion Welds
Precipitate Stability in Welds
Grain Growth in Welds
Solid State Transformations in Welds
Properties of Weldments
Exercise Problems with Solutions