Master the essentials of engineering elasticity and material strength.
This classic reference explains how materials behave under stress, with practical methods and data you can apply to real designs. The book emphasizes reinforced concrete, elasticity theory, and the resistance of engineering materials, combining theory with experimental data.
The chapters cover foundational topics like elasticity in solids, bending and flexure, torsion, hollow cylinders and spheres, resilience, and the effects of combined stresses. It blends analytical methods with examples and formulas to help you assess failure modes and design safe, efficient structures.
- Foundational theory of elasticity and stress in solids
- Practical treatment of beams, plates, and joints
- Design considerations for reinforced concrete and complex structures
- Methods for evaluating resilience, ductility, and ultimate strength
Ideal for engineers, students, and professionals needing a solid, reference-style guide to the elasticity and resistance of engineering materials.