The Theory of Strains is a practical, beginner-friendly guide to calculating strains in bridges, roofs, and cranes.
It focuses on real-world problems, including variable loads, to help builders and engineers protect structures and people.
The text emphasizes clear explanations and step-by-step methods, from simple lever and truss concepts to the more complex Method of Moments. Examples cover parallel-flanged girders, isosceles bracing, and domed rib systems, with an aim to make calculations accessible to those with limited mathematics knowledge while remaining useful for experienced engineers.
- Learn how to analyze different truss and girder systems under permanent and rolling loads
- Apply the parallelogram of forces and the Method of Moments to real cases
- Work with diagrams and tables that illustrate strains in flanges, braces, and ties
- Explore applications to arches, domes, and crane skeletons with practical guidance
Ideal for readers who design, build, or study structural systems and want a solid, hands‑on reference.