Solution to Problems in Mechanics of Materials

Author: Hu Zengqiang
Publisher:
Publish Date: 2005-03-01
Features: This book concisely summarizes the fundamental concepts, theories, and methods of mechanics of materials, and comprehensively collects over 700 exercises of varying depth, difficulty, and types. Each chapter is divided into two sections: "Content Summary" and "Problem Solutions." The "Content Summary" provides a concise, outline-style listing of the chapter's fundamental concepts, main formulas, and related precautions, serving as a concise review for studying the chapter. The "Problem Solutions" includes over 700 problems, such as conceptual questions, computational problems (both textual and numerical), and proof problems, with each problem fully solved. The solutions emphasize fundamental concepts, problem-solving methods, and analytical discussions to deepen understanding and application of basic concepts and theories, enhance problem-solving skills and engineering application abilities, and thus facilitate students' learning and mastery of mechanics of materials. The book consists of 14 chapters: Axial Tension and Compression; Shear; Torsion; Geometric Properties of Cross-Sections; Bending Internal Forces; Bending Stresses; Stress and Strain Analysis; Strength Theory, and more.