Measurement techniques for characterisation of residual stress and distortion have improved significantly. More importantly the development and application of computational welding mechanics have been phenomenal. Through the collaboration of experts, this book provides a comprehensive treatment of the subject. It develops sufficient theoretical treatments on heat transfer, solid mechanics and materials behaviour that are essential for understanding and determining welding residual stress and distortion. It will outline the approach for computational analysis that engineers with sufficient background can follow and apply. The book is useful for advanced analysis of the subject and provide examples and practical solutions for welding engineers.
- A comprehensive summary of developments in this subject
- Includes case studies and practical solutions
- Compiled by a worldwide panel of experts
Arvustused
"authored by leading experts in the field." --Welding and Cutting
Part 1 Principles: Understanding residual stress and distortion in
welds: An overview; Welding heat transfer; Thermalmetallurgicalmechanical
interactions during welding; Measuring temperature during welding; Modelling
the effects of welding. Part 2 Applications: Measuring welding-induced
distortion; Modelling distortion and residual stress during welding:
Practical applications; Mitigating welding residual stress and distortion;
Control of buckling distortion in plates and shells.
Dr Zhili Feng is a Senior R&D Staff Member of Materials Joining and NDE group of Metals and Ceramics Division. He has won numerous awards for his research and development related to computational weld mechanics and materials, and computational simulations of welding processes and performances of welded structures.
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