POROMECHANICS

By CHARLES THOMPSON

CONTENTS DEFORMATION AND KINEMATICS MASS BALANCE THE POROUS MEDIUM AND THE CONTINUUM APPROACH CONNECTED AND OCCLUDED POROSITY THE MATRIX SKELETON AND FLUID PARTICLES CONTINUITY HYPOTHESIS THE SKELETON DEFORMATION DEFORMATION GRADIENT AND TRANSPORT FORMULAE EULERIAN AND LAGRANGIAN POROSITIES VOID RATIO STRAIN TENSOR IN?NITESIMAL TRANSFORMATION AND THE LINEARIZED STRAIN TENSOR KINEMATICS PARTICLE DERIVATIVE STRAIN RATES MASS BALANCE EQUATION OF CONTINUITY THE RELATIVE FLOW VECTOR OF A FLUID MASS FILTRATION VECTOR FLUID MASS CONTENT ADVANCED ANALYSIS PARTICLE DERIVATIVE WITH A SURFACE OF DISCONTINUITY MASS BALANCE WITH A SURFACE OF DISCONTINUITY THE RANKINE– HUGONIOT JUMP CONDITION MASS BALANCE AND THE DOUBLE POROSITY NETWORK MOMENTUM BALANCE STRESS TENSOR MOMENTUM BALANCE THE HYPOTHESIS OF LOCAL FORCES THE MOMENTUM BALANCE THE DYNAMIC THEOREM THE STRESS TENSOR ACTION–REACTION LAW THE TETRAHEDRON LEMMA AND THE CAUCHY STRESS TENSOR EQUATION OF MOTION THE LOCAL DYNAMIC RESULTANT THEOREM THE DYNAMIC MOMENT THEOREM AND THE SYMMETRY OF THE STRESS TENSOR PARTIAL STRESS TENSOR KINETIC ENERGY THEOREM STRAIN WORK RATES PIOLA–KIRCHHOFF STRESS TENSOR THE STRESS PARTITION THEOREM MOMENTUM BALANCE AND THE DOUBLE POROSITY NETWORK THE TORTUOSITY EFFECT THERMODYNAMICS THERMOSTATICS OF HOMOGENEOUS FLUIDS ENERGY CONSERVATION AND ENTROPY BALANCE FLUID STATE EQUATIONS GIBBS POTENTIAL THERMODYNAMICS OF POROUS CONTINUA POSTULATE OF LOCAL STATE THE FIRST LAW THE SECOND LAW CONDUCTION LAWS DARCY’S LAW FOURIER’S LAW CONSTITUTIVE EQUATIONS OF THE SKELETON STATE EQUATIONS OF THE SKELETON COMPLEMENTARY EVOLUTION LAWS RECAPITULATING THE LAWS FLUID PARTICLE HEAD BERNOULLI THEOREM THERMODYNAMICS AND THE DOUBLE POROSITY NETWORK CHEMICALLY ACTIVE POROUS CONTINUA THERMOPOROELASTICITY NON-LINEAR THERMOPOROELASTIC SKELETON IN?NITESIMAL TRANSFORMATION AND STATE EQUATIONS TANGENT THERMOPOROELASTIC PROPERTIES THE INCOMPRESSIBLE MATRIX AND THE EFFECTIVE STRESS LINEAR THERMOPOROELASTIC SKELETON LINEAR THERMOPOROELASTICITY ISOTROPIC LINEAR THERMOPOROELASTICITY RELATIONS BETWEEN SKELETON AND MATRIX PROPERTIES ANISOTROPIC POROELASTICITY THERMOPOROELASTIC POROUS MATERIAL CONSTITUTIVE EQUATIONS OF THE SATURATING FLUID CONSTITUTIVE EQUATIONS OF THE POROUS MATERIAL NON-LINEAR ISOTROPIC POROELASTICITY BRITTLE FRACTURE OF FLUID-IN?LTRATED MATERIALS FROM POROELASTICITY TO THE SWELLING OF COLLOIDAL MIXTURES FROM POROELASTICITY TO CHEMOELASTICITY AND AGEING MATERIALS PROBLEMS OF POROELASTICITY LINEARIZED POROELASTICITY PROBLEMS THE HYPOTHESIS OF SMALL PERTURBATIONS FIELD EQUATIONS AND BOUNDARY CONDITIONS THE DIFFUSION EQUATION SOLVED PROBLEMS OF POROELASTICITY INJECTION OF A FLUID CONSOLIDATION OF A SOIL LAYER DRILLING OF A BOREHOLE THERMOPOROELASTICITY PROBLEMS FIELD EQUATIONS HALF-SPACE SUBJECTED TO A CHANGE IN TEMPERATURE UNIQUENESS OF SOLUTION THE BELTRAMI–MICHELL EQUATIONS MANDEL’S PROBLEM NON-LINEAR SEDIMENTATION UNSATURATED THERMOPOROELASTICITY MASS AND MOMENTUM BALANCE PARTIAL POROSITIES AND DEGREE OF SATURATION MASS AND MOMENTUM BALANCE WITH PHASE CHANGE ENERGY AND ENTROPY BALANCE FOR THE POROUS MATERIAL SKELETON STATE EQUATIONS AVERAGED FLUID PRESSURE AND CAPILLARY PRESSURE THERMODYNAMICS OF POROUS MEDIA WITH PHASE CHANGE CAPILLARY PRESSURE CURVE ENERGY APPROACH TO THE CAPILLARY PRESSURE CURVE CAPILLARY PRESSURE, NATURAL IMBIBITION AND ISOTHERM OF SORPTION UNSATURATED THERMOPOROELASTIC CONSTITUTIVE EQUATIONS ENERGY SEPARATION AND THE EQUIVALENT PORE PRESSURE CONCEPT EQUIVALENT PORE PRESSURE AND AVERAGED FLUID PRESSURE EQUIVALENT PORE PRESSURE AND THERMOPOROELASTIC CONSTITUTIVE EQUATIONS EQUIVALENT PORE PRESSURE, WETTING AND FREE SWELLING OF MATERIALS HEAT AND MASS CONDUCTION FOURIER’S LAW, THERMAL EQUATION AND PHASE CHANGE FICK’S LAW THE STRESS PARTITION THEOREM IN THE UNSATURATED CASE CAPILLARY HYSTERESIS POROSIMETRY CAPILLARY PRESSURE CURVE, DEFORMATION AND EQUIVALENT PORE PRESSURE ISOTHERMAL DRYING OF WEAKLY PERMEABLE MATERIALS PENETRATION FRONTS DISSOLUTION FRONTS MASS BALANCE AND FICK’S LAW FOR THE SOLUTE INSTANTANEOUS DISSOLUTION AND THE FORMATION OF A PENETRATION FRONT STEFAN-LIKE PROBLEM SOLUTE PENETRATION WITH NON-LINEAR BINDING THE BINDING PROCESS AND THE FORMATION OF A PENETRATION FRONT THE TIME LAG AND THE DIFFUSION TEST IONIC MIGRATION WITH NON-LINEAR BINDING IONIC MIGRATION IN THE ADVECTION APPROXIMATION THE TRAVELLING WAVE SOLUTION THE TIME LAG AND THE MIGRATION TEST STEFAN-LIKE PROBLEM WITH NON-INSTANTANEOUS DISSOLUTION IMBIBITION FRONT SURFACES OF DISCONTINUITY AND WAVE PROPAGATION POROPLASTICITY POROPLASTIC BEHAVIOUR PLASTIC STRAIN AND PLASTIC POROSITY POROPLASTIC STATE EQUATIONS FOR THE SKELETON POROPLASTIC STATE EQUATIONS FOR THE POROUS MATERIAL DOMAIN OF POROELASTICITY AND THE LOADING FUNCTION IDEAL AND HARDENING POROPLASTIC MATERIAL IDEAL POROPLASTICITY THE FLOW RULE AND THE PLASTIC WORK PRINCIPLE OF MAXIMAL PLASTIC WORK AND THE FLOW RULE STANDARD AND NON-STANDARD MATERIALS HARDENING POROPLASTICITY HARDENING VARIABLES AND TRAPPED ENERGY FLOW RULE FOR THE HARDENING MATERIAL HARDENING MODULUS USUAL MODELS OF POROPLASTICITY POROPLASTIC EFFECTIVE STRESS ISOTROPIC AND KINEMATIC HARDENING THE USUAL COHESIVE–FRICTIONAL POROPLASTIC MODEL THE CAM–CLAY MODEL LIMIT ANALYSIS THERMAL AND CHEMICAL HARDENING LOCALIZATION OF DEFORMATION POROVISCOELASTICITY POROVISCOELASTIC BEHAVIOUR VISCOUS STRAIN AND VISCOUS POROSITY POROVISCOELASTIC STATE EQUATIONS FOR THE SKELETON FUNCTIONAL APPROACH TO LINEAR POROVISCOELASTICITY CREEP TEST INSTANTANEOUS AND RELAXED PROPERTIES THE TRAPPED ENERGY CREEP AND RELAXATION FUNCTIONS POROVISCOELASTIC PROPERTIES AND CONSTITUENT PROPERTIES PRIMARY AND SECONDARY CONSOLIDATION POROVISCOPLASTICITY FUNCTIONAL APPROACH TO THE THERMODYNAMICS OF POROVISCOELASTICITY