Overview
Advanced Soil Mechanics provides a general review of grain-size distribution, nature of water in clay, consistency of cohesive soils, weight-volume relationships and soil classification systems. It also covers the fundamental concepts of elasticity, equations of equilibrium and compatibility as they relate to the determination of stress and displacement in a soil medium. Relationships based on the theory of elasticity are presented to show how to estimate the stress and displacement in a soil mass due to various types of loading. The book sets out, in a logical and sequential manner, novel or refined procedures as they relate to hydraulic conductivity of granular and cohesive soils and flow through porous media, consolidation, shear strength and settlement of foundations.
This third edition has new coverage on clay minerals, including the nature of water in clay and repulsive potential; elastic displacement relationships due to various types of loading; electro-osmosis and electro-osmotic coefficient of permeability; visco-elastic consolidation models; rate-process theory of creep in clay; and elastic settlement of shallow foundations.
Advanced Soil Mechanics is an upper undergraduate and beginning graduate level textbook for students of civil engineering, engineering mechanics and soil mechanics, as well as professionals working in these fields. Each chapter concludes with a list of references for further in-depth review or research and further study problems are included at the end of the book.
About the Author:
Braja M. Das was formerly Dean of the College of Engineering and Computer Science, California State University, Sacramento