Boundary temperature model
Box
Bottom temperature, 139, 162, 176
Left temperature, 139
Right temperature, 139
Top temperature, 139, 162, 176
Fixed temperature boundary indicators, 135, 139, 162, 176, 210, 260, 276, 295, 475, 536
List of model names, 139, 162, 176, 219, 260, 276, 414, 416, 423, 453
Spherical constant
Inner temperature, 260, 276
Outer temperature, 260, 276
Boundary velocity model
Function
Function constants, 174, 176
Function expression, 174, 176
Variable names, 174, 176
GPlates model
Data directory, 295
Interpolation width, 296
Point one, 296
Point two, 296
Time step, 296
Velocity file name, 295
Prescribed velocity boundary indicators, 174, 176, 295, 423, 426, 535
Tangential velocity boundary indicators, 135, 139, 163, 174, 176, 210, 260, 275, 295, 414, 416, 453, 475
Zero velocity boundary indicators, 219, 260, 275
Burstedde benchmark
Viscosity parameter, 426
CFL number, 122, 210, 476
Checkpointing
Steps between checkpoint, 164, 277
Composition solver tolerance, 119
Compositional fields
Compositional field methods, 209
Mapped particle properties, 209
Names of fields, 209, 314
Number of fields, 180, 209, 219, 239, 314, 453
Dimension, 16, 91, 95, 122, 135, 139, 162, 175, 219, 260, 275, 414, 416, 423, 452, 509
Discretization
Composition polynomial degree, 120
Stabilization parameters
Use artificial viscosity smoothing, 239
Stokes velocity polynomial degree, 161, 414–416, 423
Temperature polynomial degree, 120, 161, 239
Use locally conservative discretization, 226, 414, 416, 423
End time, 91, 122, 139, 175, 219, 260, 275, 414, 416, 423, 452, 476, 509
Formulation
Formulation, 140
Free surface
Free surface boundary indicators, 210
Free surface stabilization theta, 210
Geometry model
Box
X extent, 135, 139, 162, 176, 219, 314, 414, 416, 423, 452
X repetitions, 314
Y extent, 135, 139, 162, 176, 219, 314, 414, 416, 423, 452
Z extent, 162, 453
Model name, 91, 135, 139, 162, 175, 219, 260, 275, 314, 414–416, 423, 452, 474, 532
Spherical shell
Inner radius, 260, 275, 474
Opening angle, 260, 474
Outer radius, 260, 275, 474
Gravity model
Model name, 139, 163, 176, 219, 260, 276, 414–416, 423, 426, 453, 475, 534
Radial constant
Magnitude, 475
Vertical
Magnitude, 139, 157, 163, 219, 453
Heating model
Adiabatic heating
Use simplified adiabatic heating, 14
Exponential decay heating
Half life, 509
List of model names, 260, 266, 272, 509
Model name, 531
Initial composition model
Function
Function constants, 383, 393, 453
Function expression, 180, 196, 220, 239, 315, 383, 393, 453, 509
Variable names, 180, 196, 219, 239, 315, 383, 393, 453, 509
Model name, 180, 196, 219, 239, 315, 383, 393, 453, 509
Initial conditions
Model name, 535
Initial temperature model
Function
Function constants, 125, 139, 163, 315
Function expression, 125, 139, 163, 176, 210, 219, 276, 315, 453, 509
Variable names, 125, 139, 163, 176, 210, 315, 509
Model name, 125, 139, 163, 176, 210, 219, 260, 276, 286, 315, 414, 416, 423, 453, 475, 509
S40RTS perturbation
Data directory, 286
Initial condition file name, 286
Reference temperature, 286
Remove degree 0 from perturbation, 286
Spline knots depth file name, 286
Thermal expansion coefficient in initial temperature scaling, 286
Vs to density scaling, 286
Spherical hexagonal perturbation
Angular mode, 475
Rotation offset, 475
Linear solver A block tolerance, 119
Linear solver S block tolerance, 119
Linear solver tolerance, 119
Material model
Composition reaction model
Density differential for compositional field 1, 197
Density differential for compositional field 2, 197
Reaction depth, 197
Thermal conductivity, 197
Thermal expansion coefficient, 197
Viscosity, 197
Exponential decay
Half life, 509
Inclusion
Viscosity jump, 423
Latent heat
Composition viscosity prefactor, 466
Compressibility, 466
Corresponding phase for density jump, 466
Phase transition Clapeyron slopes, 466
Phase transition density jumps, 466
Phase transition depths, 466
Phase transition temperatures, 466
Phase transition widths, 466
Reference density, 466
Reference specific heat, 466
Reference temperature, 466
Thermal conductivity, 466
Thermal expansion coefficient, 466
Thermal viscosity exponent, 466
Viscosity, 466
Viscosity prefactors, 466
Material averaging, 121, 219, 220
Model name, 122, 139, 176, 190, 197, 215, 219, 243, 260, 275, 315, 383, 414, 416, 423, 426, 453, 466, 474, 477, 509, 530
Morency and Doin
Activation energies, 315
Activation volume, 315
Coefficient of yield stress increase with depth, 315
Cohesive strength of rocks at the surface, 315
Densities, 315
Heat capacity, 315
Minimum strain rate, 315
Preexponential constant for viscous rheology law, 315
Reference strain rate, 315
Reference temperature, 315
Stress exponents for plastic rheology, 315
Stress exponents for viscous rheology, 315
Thermal diffusivity, 315
Thermal expansivities, 315
Simple model
Composition viscosity prefactor, 219
Density differential for compositional field 1, 190, 219, 383, 453
Reference density, 122, 140, 190, 219, 243, 453, 474
Reference specific heat, 140, 474
Reference temperature, 122, 140, 190, 244, 474
Thermal conductivity, 140, 176, 190, 243, 474
Thermal expansion coefficient, 140, 176, 190, 219, 243, 260, 275, 383, 474
Thermal viscosity exponent, 244
Viscosity, 123, 140, 176, 190, 219, 243, 260, 275, 383, 453, 474
Simpler with crust model
Jump height, 215
Lower viscosity, 215
Reference density, 215
Reference specific heat, 215
Reference temperature, 215
Thermal conductivity, 215
Thermal expansion coefficient, 215
Upper viscosity, 215
SolCx
Viscosity jump, 414
VoT model
Reference density, 477
Reference specific heat, 477
Reference temperature, 477
Thermal conductivity, 477
Thermal expansion coefficient, 477
Viscosity, 477
Maximum time step, 509
Mesh refinement, 541
Additional refinement times, 158, 163
Coarsening fraction, 158
Initial adaptive refinement, 91, 122, 140, 157, 158, 163, 176, 220, 260, 276, 414, 416, 423, 453
Initial global refinement, 91, 122, 140, 157, 158, 163, 176, 220, 260, 276, 414–416, 423, 453
Refinement fraction, 158, 453
Strategy, 260, 276, 453, 541
Time steps between mesh refinement, 140, 157, 158, 163, 176, 260, 277
Nonlinear solver scheme, 509
Nullspace removal
Remove nullspace, 475
Output directory, 91, 92, 116, 122, 139, 175, 200, 219, 260, 275, 414, 416, 423, 452, 476
Point one, 296
Point two, 296
Postprocess
Depth average
Output format, 277
Time between graphical output, 261, 277
List of postprocessors, 91, 120, 140, 164, 176, 189, 190, 200, 210, 220, 260, 277, 281, 383, 414, 416, 423, 426, 453, 536
Particles
Data output format, 200, 208
Function/Function expression, 204
Function/Variable names, 204
Interpolation scheme, 208
List of particle properties, 204, 208
Number of particles, 200, 204, 208
Particle generator name, 208
Time between data output, 200, 208
Visualization
List of output variables, 190, 220, 281, 453, 539
Number of grouped files, 115, 261, 277, 281
Output format, 101, 220, 261, 277, 281
Time between graphical output, 140, 164, 176, 190, 200, 211, 220, 261, 277
Prescribe internal velocities, 235
Prescribed velocities
Indicator function
Function expression, 235
Variable names, 235
Velocity function
Function expression, 235
Variable names, 235
Pressure normalization, 28, 120, 139, 219, 414–416, 423
Resume computation, 116, 122, 164, 476
Solver parameters
Operator splitting parameters
Reaction time step, 509
Stokes solver parameters
Linear solver tolerance, 426
Temperature solver tolerance, 140
Start time, 175, 219, 414, 416, 423, 452, 509
Surface pressure, 28, 139
Temperature solver tolerance, 119
Termination criteria, 541
Use operator splitting, 509
Use years in output instead of seconds, 22, 139, 175, 260, 275, 452