Theory of Strains: Calculation and Construction of Bridges, Roofs and Cranes, with the Application of Trigonometrical Notes reveals practical methods for calculating and shaping the stresses in bridge and roof systems.
This edition pairs clear guidance with illustrated examples to help engineers and builders apply complex math to real-world structures.
This compendium emphasizes the practical use of trigonometry to determine resulting strains under permanent and variable loads. It covers girders, semi-girders, arches, and cranes, with explicit steps, diagrams, and worked calculations that bridge beginners and experienced practitioners alike.
- How to model loads and determine maximum compressive and tensile strains in key members
- Step-by-step calculations for girders, arches, and crane skeletons
- Transformation of stresses and application of the method of moments
- Grounded explanations for roof construction, trusses, and parabolic girders
Ideal for readers of practical engineering and construction, this book supports both learning and on-the-job reference for designing safer, more reliable structures.