This book on Elasticity balances mathematical structure and engineering applications, catering to both analytical and numerical methods. It reflects the author's journey from basic Strength of Materials to advanced analytical techniques, emphasizing practical problem-solving and thorough examples for engineers, minimizing the need for prior knowledge in related fields.
Focusing on strength and mechanics of materials, this updated second edition serves as a comprehensive resource for mechanical design. It emphasizes practical techniques and effectively connects theoretical concepts to real-world applications, making it an essential tool for advanced engineering students and professionals alike.
Focusing on contact problems in linear elasticity, the book presents solutions using elementary analytical methods. It explores the general physical and mathematical characteristics of these solutions, addressing topics such as the interaction of rough surfaces and adhesive forces, including van der Waals interactions. This comprehensive examination highlights both theoretical foundations and practical implications in the field of contact mechanics.