Intermediate Mechanics of Materials
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Beschreibung
The third edition builds on the core strengths of the previous version while introducing several significant enhancements aimed at improving both usability and depth of understanding. A key new feature is the integration of internal and external links in the e-book, enabling more intuitive navigation of the material. Drawing on over fifteen years of teaching experience, the author has revised and clarified selected sections and introduced new subtopics inspired by classroom interaction and student projects. These additions include treatments of work done during rigid-body motion, the Crotti–Engesser Theorem, energy methods in limit analysis, multiple plastic collapse modes, scaling arguments for shell bending versus membrane stresses, and the use of discontinuity functions in stability (buckling) problems. The text continues to emphasize design applications, now with an even stronger focus on building toward advanced concepts gradually from familiar foundations. Clearer explanations and numerous challenging, insight-driven problems further enhance the learning experience, helping students develop both analytical skill and physical intuition essential for mechanical design.
The third edition builds on the core strengths of the previous version while introducing several significant enhancements aimed at improving both usability and depth of understanding. A key new feature is the integration of internal and external links in the e-book, enabling more intuitive navigation of the material. Drawing on over decades of teaching experience, the author has revised and clarified selected sections and introduced new subtopics inspired by classroom interaction and student projects. These additions include treatments of work done during rigid-body motion, the Crotti–Engesser Theorem, energy methods in limit analysis, multiple plastic collapse modes, scaling arguments for shell bending versus membrane stresses, and the use of discontinuity functions in stability (buckling) problems. The text continues to emphasize design applications, now with an even stronger focus on building toward advanced concepts gradually from familiar foundations. Clearer explanations and numerous challenging, insight-driven problems further enhance the learning experience, helping students develop both analytical skill and physical intuition essential for mechanical design.
Incorporates carefully selected new subtopics inspired by decades of classroom experience and interactions with students Emphasis on practical design applications while building advanced concepts gradually from familiar foundations Integrated internal and external e-book links providing seamless navigation
Autor*in
J. R. Barber
Themen in »Intermediate Mechanics of Materials«
material behavior materials mechanical design mechanics of materials buckling of beams plastic design of structures limit analysis shear centre elastic strain energy load misalignment Rayleigh-Ritz method discontinuity functions Castigliano's theorems energy methods