"Fatigue of Structures and Materials" by Jaap Schijve is a comprehensive textbook aimed at engineers, students, and researchers working in the field of fatigue of structures and materials. The book provides an in-depth understanding of fatigue mechanisms, their effects on materials and structures, and the factors influencing fatigue performance. It covers various aspects of fatigue, including crack initiation, crack growth, stress concentrations, residual stresses, and fatigue crack growth under different loading conditions. The book also discusses fatigue tests, scatter, and special fatigue conditions such as fretting corrosion, corrosion fatigue, and fatigue at high and low temperatures. It includes detailed analysis of joint fatigue, design procedures for fatigue-resistant structures, and the fatigue resistance of fiber-metal laminates like Arall and Glare. The book emphasizes the importance of understanding fatigue mechanisms rather than relying solely on empirical data or rules. It is structured into six parts, with each chapter providing a self-contained coverage of the topic, and includes summaries of key points at the end of each chapter. The book is not a "cookbook" but rather a guide that encourages a deeper understanding of fatigue phenomena and their practical relevance. It is supported by references to literature, with a focus on key publications and conference proceedings. The book also acknowledges the contributions of colleagues, students, and research institutions in the development of the content."Fatigue of Structures and Materials" by Jaap Schijve is a comprehensive textbook aimed at engineers, students, and researchers working in the field of fatigue of structures and materials. The book provides an in-depth understanding of fatigue mechanisms, their effects on materials and structures, and the factors influencing fatigue performance. It covers various aspects of fatigue, including crack initiation, crack growth, stress concentrations, residual stresses, and fatigue crack growth under different loading conditions. The book also discusses fatigue tests, scatter, and special fatigue conditions such as fretting corrosion, corrosion fatigue, and fatigue at high and low temperatures. It includes detailed analysis of joint fatigue, design procedures for fatigue-resistant structures, and the fatigue resistance of fiber-metal laminates like Arall and Glare. The book emphasizes the importance of understanding fatigue mechanisms rather than relying solely on empirical data or rules. It is structured into six parts, with each chapter providing a self-contained coverage of the topic, and includes summaries of key points at the end of each chapter. The book is not a "cookbook" but rather a guide that encourages a deeper understanding of fatigue phenomena and their practical relevance. It is supported by references to literature, with a focus on key publications and conference proceedings. The book also acknowledges the contributions of colleagues, students, and research institutions in the development of the content.