COMPUTATIONAL WELDING MECHANICS FOR ENGINEERING APPLICATION (HB 2024) Hardcover

Computational Welding Mechanics for Engineering Application: Buckling Distortion of Thin Plate and Residual Stress of Thick Plate focuses on two critical issues in computational welding mechanics: the buckling distortion of thin plates and the residual stress in thick plates. By combining experiments, theoretical insights, and computational analysis, the authors present the latest advancements in welding mechanics, including weld buckling in lightweight structures and residual stress in high-tensile-strength steel (HTSS) thick plate welding. The book also examines practical applications, addressing engineering challenges in advanced manufacturing, such as precision fabrication and evaluating mechanical performance. This book is aimed at researchers and engineers in computational welding mechanics, offering insights on modeling welding responses, predicting mechanical variable distributions, and optimizing welding techniques to enhance manufacturing quality.