Soils can rarely be described as ideally plastic or perfectly plastic, but simple plastic and elastic models form the basis for traditional geotechnical engineering calculations. This book describes the basic ingredients of a family of simple elastic-plastic models of soil behaviour and demonstrates how such models can be used in numerical analysis.
Soils can rarely be described as ideally plastic or perfectly plastic, but simple plastic and elastic models form the basis for traditional geotechnical engineering calculations. This book describes the basic ingredients of a family of simple elastic-plastic models of soil behaviour and demonstrates how such models can be used in numerical analysis.
Preface Acknowledgements List of symbols 1. Introduction: models and soil mechanics 2. Elasticity 3. Plasticity and yielding 4. Elastic-plastic model for soil 5. A particular elastic-plastic model: cam clay 6. Critical states 7. Strength of soils 8. Stress-dilatancy 9. Index properties 10. Stress paths and soil tests 11. Applications of elastic-plastic models 12. Beyond the simple models References Index.
Preface Acknowledgements List of symbols 1. Introduction: models and soil mechanics 2. Elasticity 3. Plasticity and yielding 4. Elastic-plastic model for soil 5. A particular elastic-plastic model: cam clay 6. Critical states 7. Strength of soils 8. Stress-dilatancy 9. Index properties 10. Stress paths and soil tests 11. Applications of elastic-plastic models 12. Beyond the simple models References Index.
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