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Advanced Soilmechanics
Shear strength
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Notation
Stress and strain
Triaxial tests
Critical state
Cyclic and dynamic loading
Unsaturated soils
Constitutive modelling
Finite Element Method
Advanced Soilmechanics
Home
Notation
Stress and strain
Stress and strain
Stress tensor
Strain tensor
Invariants
Simplified stress conditions
Effective stress
Triaxial tests
Triaxial tests
Drained monotonic triaxial tests on sand
Undrained monotonic triaxial tests on sand
Undrained monotonic triaxial extension tests on sand
Influence of mean effective pressure
Critical state
Critical state
Observations sand
Observations fine grained soils
Fundamentals
Cyclic and dynamic loading
Cyclic and dynamic loading
Soil behaviour under undrained cyclic shearing
Earthquakes and assessment of liquefaction risk
Soil dynamics
Unsaturated soils
Unsaturated soils
Capillarity
Effective stress
Saturation-suction relation
Shear strength
Hydraulic conductivity
Constitutive modelling
Constitutive modelling
Features of constitutive models for soils
Stiffness Matrix
Elasticity
Mohr-Coulomb
Hardening-Soil
Finite Element Method
Finite Element Method
Fundamentals
Fundamentals
Galerkin method of weighted residuals
Finite Element Discretisation
Numerical Integration
On the choice of finite elements
Newton-Raphson method
Saturated soils
Saturated soils
Theory of Porous Media
Balance of mass
Balance of linear momentum
Numerical implementation
Partially saturated soils
Partially saturated soils
None
Volume fractions
Balance equations
Bishop stress models
Shear strength of partially saturated soil
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