The Mechanics of Soils is primarily an undergraduate text dealing with the mechanics of engineering soils as they are sheared and compressed and when water flows through them. The approach to the subject is through the theory of critical state soil mechanics, but the treatment in the text is essentially non-mathematical. The theory of critical state soil mechanics provides the framework necessary for a proper understanding of soil behaviour and use the Cambridge and elsewhere for many years has demonstrated its value as a teaching method. The text is written for undergraduate students of civil engineering or geotechnical engineering at universities and polytechnics, but will also appeal to practising engineers and postgraduate students, seeking a simple introduction to recent advances in soil mechanics theory, in fields as diverse as rock mechanics, engineering geology, mining engineering, foundation engineering, powder technology, and materials handling.
The Mechanics of Soils: An Introduction to Critical State Soil Mechanics
₹6120
The Mechanics of Soils: An Introduction to Critical State Soil Mechanics
Preface
Glossary of Symbols
A Note on UNITS
Chapter -I::: An Introduction to Engineering Soils
Chapter - 2 ::: Stresses and Strains in Soils
Chapter - 3 ::: States of Stress and Strain in Solid
Chapter - 4 ::: Stress and Stain Paths and Invariants
Chapter - 5 ::: Laboratory Testing of Soils
Chapter - 6 ::: Flow of Water in Soils
Chapter - 7 ::: Compression
Chapter - 8 ::: One-dimensional Consolidation
Chapter - 9 ::: Shear Testing
Chapter - 10 ::: The Critical State Line and the Roscoe Surface
Chapter - 11 ::: The Behaviour of Overconsolidated Samples: The Hvorslev Surface
Chapter - 12 ::: The Behaviour of Sands
Chapter - 13 ::: Behaviour of Soils Before failure
Chapter - 14 ::: Routine Soil Tests and the Critical State Model
Chapter - 15 ::: Soil Parameters of Design
Chapter - 16 ::: Concluding Remarks
Index
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