Handbook of Soil Mechanics: Soil mechanics of earthworks, foundations and highway engineering

assumed base failure bearing capacity bearing capacity factors calculated capacity factors circle clay coefficient cohesive soils compaction components compression computed construction critical curve deflection deformation density depth determined diagram diameter displacement distribution drain earth pressure effective stress embankment equation equilibrium example filter footing formula foundation friction frost function ground surface groundwater horizontal ICSMFE increase influence Kézdi kN/m² kN/m³ layer liquefaction load transfer ment method MEYERHOF MN/m² modulus normal stress obtained pavement permeability pile groups plane plotted pore pore-water pressure problem Proc quick clay ratio resistance Rétháti safety factor sand saturated seepage shear strength shear stresses shown in Fig skin friction slice sliding slip surface soil mass soil mechanics solution stability analysis strain structure subgrade subsoil theory of elasticity thickness tion vertical stress vibration weight zero zone