Fracture Mechanics and Adjacent Fields
Volume 2: Damage, Structures, and Applications
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Beschreibung
This book brings together studies on fracture mechanics and its related disciplines, contributed by leading Ukrainian researchers. The book explores analytical, numerical, and experimental approaches to crack behavior, damage accumulation, and structural integrity across a range of materials and loading conditions. Topics include computational modeling of fracture processes, stability analysis of composite and piezoelectric materials, fatigue and residual stress effects, and the influence of environmental factors on crack propagation. By integrating theoretical advancements with practical applications, this book provides valuable insights for researchers, engineers, and professionals in structural mechanics and materials science.
This book brings together studies on fracture mechanics and its related disciplines, contributed by leading Ukrainian researchers. The book explores analytical, numerical, and experimental approaches to crack behavior, damage accumulation, and structural integrity across a range of materials and loading conditions. Topics include computational modeling of fracture processes, stability analysis of composite and piezoelectric materials, fatigue and residual stress effects, and the influence of environmental factors on crack propagation. By integrating theoretical advancements with practical applications, this book provides valuable insights for researchers, engineers, and professionals in structural mechanics and materials science.
Offers cutting-edge studies on fracture mechanics and its related disciplines, written by leading Ukrainian researchers Explores analytical, numerical, and experimental approaches to crack behavior, damage, and structural integrity Covers a wide range of materials and loading conditions
Autor*in
Holm Altenbach
Themen in »Fracture Mechanics and Adjacent Fields«
Fracture mechanics research Structural integrity analysis Crack propagation modeling Computational fracture mechanics Damage and failure mechanics Fatigue and fracture analysis Numerical methods in fracture Stress and failure prediction Composite material fracture Fracture in advanced materials Residual stress effects Hydrogen embrittlement study Contact mechanics and fracture Solid mechanics and failure Experimental fracture analysis