High-temperature deformation and fracture of materials

Author: Zhang Junshan
Publisher:
Publish Date: 2007-01-01
Features: This book is divided into two parts, totaling 25 chapters. The first part is on high-temperature deformation, covering macroscopic laws of metal and alloy creep, creep dislocation substructure, pure metal creep, solid solution alloy creep, second-phase particle-reinforced alloy creep, diffusion creep, superplasticity, and multiaxial creep. It focuses on the interaction between dislocations and various crystal defects during creep, creep micro-mechanisms, as well as physical models and theories of creep. The second part is on high-temperature fracture, including creep void nucleation and growth, creep crack propagation, evaluation and prediction of creep damage and fracture, high-temperature low-cycle fatigue fracture, creep-fatigue interaction, and high-temperature environmental damage of materials. It discusses high-temperature fracture theories and their engineering applications from micro, macro, and phenomenological levels. This book can serve as a teaching reference for graduate students in material science at universities, as well as a reference for teachers and researchers in material science, solid physics, and mechanics.