Welding of Metallic Materials: Methods, Metallurgy and Performance looks at technical welding methods used based on different principles and sources, such as heat, with or without pressure, electrical, plasma, laser and cold-based welding. The metallurgical aspects associated with the welding processes, specifically those associated with metallic alloys, are explained, alongside the advantages and welding features that are associated with specific welding processes. In addition, the performance of metallic weldments under specific conditions and environments such as offshore, oil industry, radiation and high-temperature services are discussed.
This book will a vital resource for researchers, practicing engineers and undergraduate and graduate students in the field of materials science and engineering.
1. Chapter 1 : An introduction to welding of metallic materials - p. Page xi 2. Chapter 2 : Arc welding methods - p. Page 34 3. Chapter 3 : Electroslag welding and related technologies - p. Page 70 4. Chapter 4 : Laser welding and cutting - p. Page 108 5. Chapter 5 : Solid-state welding - p. Page 148 6. Chapter 6 : Friction stir welding - p. Page 194 7. Chapter 7 : Electron beam welding - p. Page 228 8. Chapter 8 : Welding of special alloys - p. Page 277 9. Chapter 9 : Welding of dissimilar metals - p. Page 311 10. Chapter 10 : Welding and cutting under water - p. Page 364 11. Chapter 11 : Welding in medicine applications - p. Page 397 12. Chapter 12 : Advanced nondestructive evaluation for welded joints - p. Page 427 13. Chapter 13 : Thermal simulation applications in welding processes - p. Page 460 14. Chapter 14 : Metal additive manufacturing - p. Page 490 15. Chapter 15 : Fatigue performance of welded materials - p. Page 531 16. Chapter 16 : Corrosion of weldments - p. Page 562 17. Index - p. Page 586
Welding of Metallic Materials: Methods, Metallurgy and Performance looks at technical welding methods used based on different principles and sources, such as heat, with or without pressure, electrical, plasma, laser and cold-based welding. The metallurgical aspects associated with the welding processes, specifically those associated with metallic alloys, are explained, alongside the advantages and welding features that are associated with specific welding processes. In addition, the performance of metallic weldments under specific conditions and environments such as offshore, oil industry, radiation and high-temperature services are discussed.
This book will a vital resource for researchers, practicing engineers and undergraduate and graduate students in the field of materials science and engineering.
1. Chapter 1 : An introduction to welding of metallic materials - p. Page xi 2. Chapter 2 : Arc welding methods - p. Page 34 3. Chapter 3 : Electroslag welding and related technologies - p. Page 70 4. Chapter 4 : Laser welding and cutting - p. Page 108 5. Chapter 5 : Solid-state welding - p. Page 148 6. Chapter 6 : Friction stir welding - p. Page 194 7. Chapter 7 : Electron beam welding - p. Page 228 8. Chapter 8 : Welding of special alloys - p. Page 277 9. Chapter 9 : Welding of dissimilar metals - p. Page 311 10. Chapter 10 : Welding and cutting under water - p. Page 364 11. Chapter 11 : Welding in medicine applications - p. Page 397 12. Chapter 12 : Advanced nondestructive evaluation for welded joints - p. Page 427 13. Chapter 13 : Thermal simulation applications in welding processes - p. Page 460 14. Chapter 14 : Metal additive manufacturing - p. Page 490 15. Chapter 15 : Fatigue performance of welded materials - p. Page 531 16. Chapter 16 : Corrosion of weldments - p. Page 562 17. Index - p. Page 586
