Material Collection: `sandbox`

Material List: Sandbox Benchmarks

SandboxStickyAir
SandboxSandLayer
SandboxMicrobeads
SandboxMobileWall
SandboxPDMS

Material Tables: `Sandbox_Experiments`

SandboxStickyAir

Property Name	Value	Units	Description
`standard_density`	`1.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`100.0`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`3.0e6`	`Pa`	`Shear modulus.`
`heat_capacity`	`1000.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`3.0`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`thermal_conductivity_a`	`0.0`	`W/m`	`Reference thermal conductivity parameter a.`
`radiogenic_heat_production`	`0.0`	`W/m^3`	`Radiogenic heat production.`

SandboxSandLayer

Property Name	Value	Units	Description
`standard_density`	`1560.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e9`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`3.0e6`	`Pa`	`Shear modulus.`
`cohesion_initial`	`10.0`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`10.0`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`36.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`31.0`	`Degrees`	`Friction angle at final strain.`
`strain_initial`	`0.0`	`None`	`Initial strain used for cohesion and friction angle.`
`strain_final`	`1.0`	`None`	`Final strain used for cohesion and friction angle.`
`heat_capacity`	`1000.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`3.0`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`thermal_conductivity_a`	`0.0`	`W/m`	`Reference thermal conductivity parameter a.`
`radiogenic_heat_production`	`0.0`	`W/m^3`	`Radiogenic heat production.`

SandboxMicrobeads

Property Name	Value	Units	Description
`standard_density`	`1480.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e9`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`3.0e6`	`Pa`	`Shear modulus.`
`cohesion_initial`	`10.0`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`10.0`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`22.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`20.0`	`Degrees`	`Friction angle at final strain.`
`strain_initial`	`0.0`	`None`	`Initial strain used for cohesion and friction angle.`
`strain_final`	`1.0`	`None`	`Final strain used for cohesion and friction angle.`
`heat_capacity`	`1000.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`3.0`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`thermal_conductivity_a`	`0.0`	`W/m`	`Reference thermal conductivity parameter a.`
`radiogenic_heat_production`	`0.0`	`W/m^3`	`Radiogenic heat production.`

SandboxMobileWall

Property Name	Value	Units	Description
`standard_density`	`1520.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e14`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`1.0e10`	`Pa`	`Shear modulus.`
`heat_capacity`	`1000.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`3.0`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`thermal_conductivity_a`	`0.0`	`W/m`	`Reference thermal conductivity parameter a.`
`radiogenic_heat_production`	`0.0`	`W/m^3`	`Radiogenic heat production.`

SandboxPDMS

Property Name	Value	Units	Description
`standard_density`	`965.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`50000.0`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`3.0e6`	`Pa`	`Shear modulus.`
`heat_capacity`	`1000.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`3.0`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`thermal_conductivity_a`	`0.0`	`W/m`	`Reference thermal conductivity parameter a.`
`radiogenic_heat_production`	`0.0`	`W/m^3`	`Radiogenic heat production.`