Master the mechanics behind cables, arches, and loads with this classic text.
This edition presents the principles of analytical mechanics through clear, step‑by‑step development. You’ll see how to model real‑world problems using precise math, from the catenary curve to loading laws and tension analysis.
The book combines theory with practical problems, written in a practical style that supports learning by doing. It emphasizes derivations, definitions, and the connections between force, curvature, and equilibrium. The treatment is hands‑on, with worked examples that illustrate how to apply mathematical methods to engineering questions.
- Derivations and formulas for the catenary, including its properties, directrices, and curvature
- Methods for determining loading laws so a resultant force aligns with a given curve
- Techniques for analyzing normally pressed arcs and the forces involved
- Problem sets that reinforce how geometry and force interact in structural and mechanical contexts
Ideal for students of applied mechanics, civil and mechanical engineering, and anyone needing a rigorous, math‑driven approach to loads and curves in engineering.