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Geotechnical Engineeringby Richard L. Handy
Synopses & Reviews
Master the Latest Developments in Soil Testing and New Applications of Geotechnical Engineering
Geotechnical Engineering: Principles and Practices offers students and practicing engineers a concise, easy-to-understand approach to the principles and methods of soil and geotechnical engineering. This updated classic builds from basic principles of soil mechanics and applies them to new topics, including mechanically stabilized earth (MSE), and intermediate foundations. This Fifth Edition features:
Get Quick Access to Every Soil and Geotechnical Engineering Topic • Igneous Rocks as Ultimate Sources for Soils • The Soil Profile • Soil Minerals • Particle Size and Gradation • Soil Fabric and Soil Structure • Soil Density and Unit Weight • Soil Water • Soil Consistency and Engineering Classification • Compaction • Seepage • Stress Distribution • Settlement • Shear Strength • Lateral Stress and Retaining Walls • MSE Walls and Soil Nailing • Slope Stability, Landslides, Embankments, and Earth Dams • Bearing Capacity of Shallow Foundations • Deep Foundations • Intermediate Foundations • Loads on Pipes • In-Situ Testing • Introduction to Soil Dynamics • The Geotechnical Report
This is a complete revision and reorganization of one of the field's most popular textbooks, Soil Engineering, updated to include the latest soil testing methodologies, mechanical engineering topics, and technologies.
About the Author
Richard L. Handy, Ph. D., is Distinguished Professor Emeritus of Civil Engineering and Construction Engineering at Iowa State University. He is also the founder of Handy Geotechnical Instruments, a company that manufactures innovative soil testing devices. Dr. Handy is the author of The Day the House Fell and co-author of the Third and Fourth Editions of Soil Engineering. Recognized as a scientist as well as an engineer, he is a Fellow in the Geological Society of America and also in the American Association for the Advancement of Science. M.G. Spangler (deceased) was a Research Professor at Iowa State University and is well-known internationally as the author of the “Marston-Spangler theory for loads on underground conduits.” He also conducted seminal research on pressures on retaining walls and many other topics. He was a recipient of the Marston Medal at Iowa State University and was an Honorary Member of ASCE.
Table of Contents
Igneous rocks, ultimate sources for soils — Special problems with sedimentary rocks — Soils that are sediments — The soil profile — Soil minerals — Particle size and gradation — Soil fabric and structure — Soil density and unit weight — Soil water — Pore water pressure, capillary water, and frost action — Soil consistency and engineering classification — Compaction — Seepage — Stress distribution in soil — Settlement — Time-rate of settlement — Soil shear strength — Lateral stress and retaining walls — Mechanically Stabilized Earth (MSE) walls and an introduction to soil nailing — Slope stability and landslides — Bearing capacity of shallow foundations — Deep foundations — Intermediate foundations and ground improvement — Underground conduits — In situ soil and rock tests — Introduction to soil dynamics — Geotechnical investigation and report — Elastic solutions for horizontal pressures on retaining walls resulting from surface loads.
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