Understand how engineers predict earth pressure and design safer retaining walls.
This edition clarifies Weyrauch’s theory, expands with practical examples, and shows how to apply the math to real cases.
The book frames the theory of retaining walls with clear, step-by-step methods. It blends formulas, graphical constructions, and tested examples to help you assess stability and determine wall thickness.
- How earth pressure is modeled and how factors like friction influence direction and safety.
- Practical methods for calculating pressures, using d, E, and cp to guide design decisions.
- Graphical and analytical approaches to proportion walls and check stability against overturning.
- Real-world examples, comparisons with other theories, and notes on the reliability of the methods.
Ideal for engineers and students seeking a solid, applied foundation in earth-retaining design.