Explore the science behind how loads bend and break girders and bridges.
This classic engineering reference explains the theory of strains in girders and similar structures, with practical observations on applying theory to real-world design. Rich tables and material data help engineers assess strength, deflection, and safety in a wide range of materials.
This two-volume work covers compression, buckling, pillars, bracing, deflection, camber, elasticity, temperature effects, and more. It blends foundational theory with actionable guidance for practice, including working loads, safety factors, and rules derived from experimental results.
- Foundational concepts: unit strain, modulus of elasticity, and the relation between loading and deformation.
- Practical rules for working stresses, pillar design, and bracing in different materials.
- Guidance on deflection, camber, and the effects of temperature on structures.
- Extensive tables on the strength and properties of metals, timber, stone, glass, and other materials.
Ideal for engineers, designers, and students seeking solid, historically grounded insight into structural behavior and safe, efficient design practices.