The Theory of Strains in Girders and Similar Structures : With Observations on the Application of Theory to Practice and Tables of the Strength and Other Properties of Materials (Classic Reprint)

Understand the science behind sturdy structures and safe, reliable design. This classic engineering reference explains the theory of strains in girders and similar structures, and shows how to apply these ideas in real projects. With clear explanations and practical guidance, it helps engineers blend theoretical principles with hands‑on practice.

Two comprehensive sections frame the material: fundamental concepts of elasticity and strength, and detailed analyses of girders, beams, and bridges. The text emphasizes how to proportion parts, distribute material efficiently, and assess safety using established methods and coefficients. It also includes tables of material properties to support precise calculations.

- Learn key concepts such as elasticity, ductility, toughness, and the law of elasticity in practical terms.
- Explore different girder types, cross-sections, and loading conditions with rules for strength and design.
- See how to compute bending moments, neutral axes, and rupture coefficients to evaluate safety and performance.
- Access reference tables that support accurate material selection and structural calculations.

Ideal for practicing engineers, students, and anyone involved in structural design, testing, or inspection who seeks a rigorous, applied treatment of strength, stiffness, and stability.