Aberfan flowslide 335
Air liquefaction failure 314
Bilinear models, incrementally 50
Bingham fluids 331
Bonded geomaterials, chemical degradation, mechanical effects 278
Computational plasticity, constitutive equations 160
Continuum damage modelling, computational issues 100
Continuum damage modelling, computational issues, scalar damage model 100
Damage induced anisotropy 107
Damage modelling, continuum 99
Damage modelling, crack closure 102 110
Damage modelling, crack closure, smeared 111
Damage modelling, gradient 113
Damage modelling, induced anisotropy 107
Damage modelling, non local 112
Damage, non local 112
Debris flows, modelling 322
Depth integration equations 327
Elastic predictor 164
Elliptic type steady state problems 1
Finite element method of landslides, finite element modelling 302
Finite element method, practical aspects 255
Finite element methods (FEMs) 2
Finite element methods (FEMs), bending 256
Finite element methods (FEMs), conjugate gradient method 273
Finite element methods (FEMs), discretization 30
Finite element methods (FEMs), discretization, in space 204
Finite element methods (FEMs), numerical integration techniques 16
Finite element methods (FEMs), one dimension 9
Finite element methods (FEMs), reduced integration, risks 257
Finite element methods (FEMs), skyline storage scheme 274
Finite element methods (FEMs), spaces 8
Finite element methods (FEMs), two or three dimension 13
Finite element methods (FEMs), volumetric locking and failure loads 259
Finite element methods (FEMs), Zienkiewicz — Taylor patch test 262
Flow slides, modelling of 322
Frictional fluids, pore pressure role 332
Galerkin and weighted residual approximations 17
Hypoplasticity 69
Incrementally multi-linear models, plasticity 66
Incrementally non-linear models 68
Landslides, air liquefaction 314
Landslides, dyke, liquefaction model 313
Landslides, finite element modelling 302
Landslides, mathematical model 303
Landslides, numerical model 310
Linear models, incrementally 48
Linearization, consistent 202
Matrix stability analysis 34
Newmark scheme 33
Newton — Raphson method 128 129 178
Newton — Raphson method, modified 136
Non-linear problems 128
Non-linear problems, advanced techniques 178
Non-linear problems, arc length technique 178
Non-linear problems, Bathe — Dvorkin version 186
| Non-linear problems, cylindrical vs spherical arc length 185
Non-linear problems, line search methods 187
Non-linearity, incremental non-linearity 46
Numerical modelling of strong discontinuities 242
Numerical modelling of strong discontinuities, discontinuity path 248
Numerical modelling of strong discontinuities, extended finite elements, use of 250
Numerical modelling of strong discontinuities, internal forces and tangent stiffness 246
Numerical modelling of strong discontinuities, traction-separation law in damage format 245
Numerical modelling of strong discontinuities, triangular element, embedded displacement discontinuity 242
Parabolic type transient problems 23
Partially saturated geomaterials, coupling equations 84
Partially saturated geomaterials, coupling equations, finite element model 192
Plasticity, anisotropic hardening 57
Plasticity, evolution equations 161
Plasticity, extended hardening rules 64
Plasticity, generalized backward Euler method 163
Plasticity, isotropic hardening 54
Plasticity, perfect 53
Plasticity, plastic corrector 165
Plasticity, return mapping algorithm 166
Plasticity, single mechanism 51
Porous media, flow in 6 20
Quasi Newton methods 137
Rate form, constitutive equations 44
Rate-independent soils, constitutive modelling 42
Runge Kutta scheme 36
Saturated, isothermal/partially saturated medium 192
Saturated, isothermal/partially saturated medium, balance equations 192
Saturated, isothermal/partially saturated medium, constitutive equations 196
Saturated, isothermal/partially saturated medium, constitutive equations, weak form 198
Shock wave in soil layer 218
Single mechanism plasticity 51
Small strain vs large strain formulation 146
Small strain vs large strain formulation, comparison 153
Small strain vs large strain formulation, virtual power equation 147
Soil dynamics, alternative formulations 208
Soil dynamics, alternative formulations, discretization of 2nd order equation 213
Soil dynamics, alternative formulations, dynamic problems 209
Stability, finite difference methods 26
Stability, finite difference methods, von Neumann method 28
Steady state problems, elliptic type 1
Strain localisation, objective modelling 241
Strain localisation, objective modelling, models, classification 230
Strain localisation, objective modelling, regularized softening continua 233
Strong discontinuities, numerical modelling 242
Taylor — Galerkin algorithm 215
Thermo-hydromechanical behaviour geomaterials, mathematical model 85
Time discretization 200
Transient problems, parabolic type 23
Vibration isolation 218
Water saturated geomaterials, coupling equations 84
Water saturated geomaterials, coupling equations, finite element model 191
Weathering effects, plasticity theory 278
Weathering effects, plasticity theory, abandoned mines 293
Weathering effects, plasticity theory, on slope 288
Weathering effects, plasticity theory, subsidence in circular foundation 283
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