Guidelines for road drainage design volume 5, Subsoil drainage

Principles of geotechnical engineering by Das, Braja M. 1941-

Table of Contents: “…Geotechnical engineering : a historical perspective -- Origin of soil and grain size -- Weight-volume relationships -- Plasticity and structure of soil -- Classification of soil -- Soil compaction -- Permeability -- Seepage -- In situ stresses -- Stresses in a soil mass -- Compressibility of soil -- Shear strenght of soil -- Lateral earth pressure : at-reast, Rankine, and Coulomb -- Lateral earth pressure : curved failure surface -- Slope stability -- Soil bearing capacity for shallow foundations -- Subsoil exploration.…”

Principles of geotechnical engineering by Das, Braja M., Sobhan, Khaled

Table of Contents: “…Geotechnical engineering : a historical perspective -- Origin of soil and grain size -- Weight-volume relationships -- Plasticity and structure of soil -- Classification of soil -- Soil compaction -- Permeability -- Seepage -- In situ stresses -- Stresses in a soil mass -- Compressibility of soil -- Shear strenght of soil -- Lateral earth pressure : at-reast, Rankine, and Coulomb -- Lateral earth pressure : curved failure surface -- Slope stability -- Soil bearing capacity for shallow foundations -- Subsoil exploration.…”

Principles of geotechnical engineering by Das, Braja M.

Table of Contents: “…Geotechnical engineering - a historical perspective -- Origin of soil and grain size -- Weight-volume relationships -- Plasticity and structure of soil -- Classification of soil -- Soil compaction -- Permeability -- Seepage -- In situ stresses -- Stresses in a soil mass -- Compressibility of soil -- Shear strength of soils -- Lateral earth pressure: At-rest, Rankine and Coulomb -- Lateral earth pressure: curved failure surface -- Slope stability -- Soil-bearing capacity for shallow foundations -- Landfill liners and geosynthetics -- Subsoil exploration.…”

Principles of foundation engineering by Das, Braja M. 1941-

Table of Contents: “…Introduction -- Geotechnical properties of soil -- Natural soil deposits and subsoil exploration -- Instrumentation and monitoring in geotechnical engineering -- Soil improvement and ground modification -- Shallow foundations: ultimate bearing capacity -- Ultimate bearing capacity of shallow foundations: special cases -- Vertical stress increase in soil -- Settlement of shallow foundations -- Mat foundations -- Load and resistance factor design (LRFD) -- Pile foundations -- Drilled-shaft foundations -- Piled rafts: an overview -- Foundations on difficult soil -- Lateral earth pressure -- Retaining walls -- Sheet-pile walls -- Braced cuts.…”

Principles of foundation engineering by Das, Braja M. 1941

Table of Contents: “…Introduction -- Geotechnical properties of soil -- Natural soil deposits and subsoil exploration -- Instrumentation and monitoring in geotechnical engineering -- Soil improvement and ground modification -- Shallow foundations: ultimate bearing capacity -- Ultimate bearing capacity of shallow foundations: special cases -- Vertical stress increase in soil -- Settlement of shallow foundations -- Mat foundations -- Load and resistance factor design (LRFD) -- Pile foundations -- Drilled-shaft foundations -- Piled rafts: an overview -- Foundations on difficult soil -- Lateral earth pressure -- Retaining walls -- Sheet-pile walls -- Braced cuts…”

Coastal and Marine Pollution : Source to Sink, Mitigation and Management /