Material Collection: `benchmarks_sfs`

Material List

SFSStickyAir
SFSStickyWater
SFSClasticSediment
SFSPeridotiteDryFertile
SFSGabbroicCrust
SFSGabbroicMagma
SFSLayeredGabbroicCrust
SFSLayeredGabbroicMagma
SFSUpperContinentalCrust
SFSLowerContinentalCrust

Material Summary

Collection File Path

src/material_library/registries/benchmarks/benchmarks.yml

Material Tables: Seafloor_Spreading

SFSStickyAir

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`	`1/Pa`	`Compressibility.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e18`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`1.0e20`	`Pa`	`Shear modulus.`
`heat_capacity`	`100.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`200.0`	`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.`

SFSStickyWater

Property Name	Value	Units	Description
`standard_density`	`1000.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`0.0`	`1/K`	`Thermal expansion.`
`compressibility`	`0.0`	`1/Pa`	`Compressibility.`
`melt_density`	`0.0`	`kg/m^3`	`Melt density.`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e18`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`1.0e20`	`Pa`	`Shear modulus.`
`heat_capacity`	`100.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`200.0`	`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.`

SFSClasticSediment

Property Name	Value	Units	Description
`standard_density`	`2710.0`	`kg/m^3`	`Density at standard conditions: Shale50%:Sandstone50%, typical rocks from Hantschel and Kauerauf (2010).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.8e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2400.0`	`kg/m^3`	`Melt density at 1 bar used in linearized Birch-Murnagham density model (Dacite from Lesher and Spera, 2015, Fig5.1).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`0.000857`	`1/s/MPa^n`	`Tensor invariant pre-exponential factor for dislocation creep for wet quartzite (Gleason and Tullis, 1995).`
`stress_exponent_n_dc`	`4.0`	`None`	`Stress exponent for dislocation creep for wet quartzite (Gleason and Tullis, 1995).`
`activation_energy_dc`	`223.0`	`kJ/mol`	`Activation energy for dislocation creep for wet Quartzite (Gleason and Tullis, 1995).`
`activation_volume_dc`	`0.0`	`J/MPa/mol`	`Activation volume for dislocation creep.`
`shear_modulus`	`3.6e10`	`Pa`	`Shear modulus (Brune et al., 2014, Table S1).`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`7.0`	`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`	`890.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`2.3`	`W/m/K`	`Reference matrix thermal conductivity @ 20C: Shale50%:Sandstone50%, typical rocks from Hantschel and Kauerauf (2010).`
`radiogenic_heat_production`	`1.4e-6`	`W/m^3`	`Radiogenic heat production: Shale50%:Sandstone50%, typical rocks from Hantschel and Kauerauf (2010).`
`stype_solidus`	`SedimentGerya2010`	`None`	`Solidus model`
`stype_liquidus`	`SedimentGerya2010`	`None`	`Liquidus model`
`latent_heat`	`300000.0`	`J/kg`	`Latent heat (Liao and Gerya, 2014).`
`porosity_initial`	`0.4`	`fraction`	`Initial porosity.`
`porosity_decay_depth`	`2500.0`	`m`	`Porosity decay depth used in exponential decay law.`

SFSPeridotiteDryFertile

Property Name	Value	Units	Description
`standard_density`	`3311.0`	`kg/m^3`	`Density at standard conditions (Calibrated by Theunissen et al, 2022).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`7.9e-12`	`1/Pa`	`Compressibility (Turcotte and Schubert. 2014, Table B.6, r=6151km).`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`651000.0`	`1/s/MPa^n`	`Tensor invariant pre-exponential factor for dislocation creep for dry olivine aggregate (Hirth and Kohlstedt, 2003).`
`stress_exponent_n_dc`	`3.5`	`None`	`Stress exponent for dislocation creep for dry olivine aggregate (Hirth and Kohlstedt, 2003).`
`activation_energy_dc`	`530.0`	`kJ/mol`	`Activation energy for dislocation creep for dry olivine aggregate (Hirth and Kohlstedt, 2003).`
`activation_volume_dc`	`13.0`	`J/MPa/mol`	`Activation volume for dislocation creep: Dry Olivine (Hirth and Kohlstedt, 2003).`
`pre_exponential_difc`	`0.0104`	`1/s/MPa^n`	`Tensor invariant pre-exponential factor for diffusion creep for dry olivine aggregate using a grain size of 10 mm (Hirth and Kohlstedt, 2003).`
`activation_energy_difc`	`375.0`	`kJ/mol`	`Activation energy for diffusion creep for dry olivine aggregate (Hirth and Kohlstedt, 2003).`
`activation_volume_difc`	`6`	`J/MPa/mol`	`Activation volume for diffusion creep for dry olivine aggregate, (Hirth and Kohlstedt, 2003)`
`pre_exponential_pei`	`2.5e7`	`s^-m1*MPa^-m2`	`Pre-exponential factor for Peierls creep adjusted from 6.31e+7 for dry conditions and consistency with dislocation creep law (See Katayama and Karato 2008 for wet case)`
`stress_exponent_m1_pei`	`1.0`	`None`	`Stress exponent m1 for Peierls creep (Katayama and Karato, 2008).`
`stress_exponent_m2_pei`	`2.0`	`None`	`Stress exponent m2 for Peierls creep (Katayama and Karato, 2008).`
`peierls_stress`	`9100.0`	`MPa`	`Peierls stress under dry conditions (Katayama and Karato, 2008).`
`shear_modulus`	`6.6e10`	`Pa`	`Shear modulus (Turcotte and Schubert, 2014, Table B.6 r=6151km).`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain (Naliboff et al., 2017).`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain (Naliboff et al,, 2017).`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain (Naliboff et al., 2017).`
`friction_angle_final`	`7.0`	`Degrees`	`Friction angle at final strain (Naliboff et al., 2017).`
`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 (Naliboff et al., 2017).`
`heat_capacity`	`800.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`4.0`	`W/m/K`	`Reference thermal conductivity parameter for use in Sekiguchi-Waples model (Hantschel and Kauerauf, 2010).`
`stype_solidus`	`PeridotiteKatz2003`	`None`	`Dry peridotite solidus model from Katz et al. (2003).`
`stype_liquidus`	`PeridotiteKatz2003`	`None`	`Peridotite Liquidus model from Katz et al. (2003).`
`latent_heat`	`400000.0`	`J/kg`	`Latent heat (Turcotte and Schubert, 2014).`

SFSGabbroicCrust

Property Name	Value	Units	Description
`standard_density`	`2900.0`	`kg/m^3`	`Density at standard conditions (Calibrated by Theunissen et al, 2022).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.6e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`3570.0`	`1/s/MPa^n`	`Tensor-invariant pre-exponential factor for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`stress_exponent_n_dc`	`3.0`	`None`	`Stress exponent for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_energy_dc`	`345.0`	`kJ/mol`	`Activation energy for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_volume_dc`	`38.0`	`J/MPa/mol`	`Activation volume for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`shear_modulus`	`4.0e10`	`Pa`	`Shear modulus.`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`7.0`	`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`	`800.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`2.5`	`W/m/K`	`Reference thermal conductivity parameter for use in Sekiguchi-Waples model (Hantschel and Kauerauf, 2010).`
`stype_solidus`	`GabbroGerya2010`	`None`	`Solidus model`
`stype_liquidus`	`GabbroGerya2010`	`None`	`Liquidus model`
`latent_heat`	`400000.0`	`J/kg`	`Latent heat (Turcotte and Schubert, 2014).`

SFSGabbroicMagma

Property Name	Value	Units	Description
`standard_density`	`2750.0`	`kg/m^3`	`Density at standard conditions. Since magma is defined as a melt fraction of 1, the melt_density is used instead of standard density if melt properties are activated.`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.6e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e18`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`1.0e11`	`Pa`	`Shear modulus.`
`heat_capacity`	`800.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`2.5`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`stype_solidus`	`GabbroGerya2010`	`None`	`Solidus model`
`stype_liquidus`	`GabbroGerya2010`	`None`	`Liquidus model`
`latent_heat`	`400000.0`	`J/kg`	`Latent heat (Turcotte and Schubert, 2014).`

SFSLayeredGabbroicCrust

Property Name	Value	Units	Description
`standard_density`	`2900.0`	`kg/m^3`	`Density at standard conditions (Calibrated by Theunissen et al, 2022).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.6e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`3570.0`	`1/s/MPa^n`	`Tensor-invariant pre-exponential factor for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`stress_exponent_n_dc`	`3.0`	`None`	`Stress exponent for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_energy_dc`	`345.0`	`kJ/mol`	`Activation energy for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_volume_dc`	`38.0`	`J/MPa/mol`	`Activation volume for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`shear_modulus`	`4.0e10`	`Pa`	`Shear modulus.`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`7.0`	`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`	`800.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`2.5`	`W/m/K`	`Reference thermal conductivity parameter for use in Sekiguchi-Waples model (Hantschel and Kauerauf, 2010).`
`stype_solidus`	`GabbroGlacier`	`None`	`Solidus model`
`stype_liquidus`	`GabbroGlacier`	`None`	`Liquidus model`
`latent_heat`	`400000.0`	`J/kg`	`Latent heat (Turcotte and Schubert, 2014).`

SFSLayeredGabbroicMagma

Property Name	Value	Units	Description
`standard_density`	`2750.0`	`kg/m^3`	`Density at standard conditions.`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.06e-11`	`1/Pa`	`Compressibility.`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Isoviscous`	`None`	`Flow law option.`
`viscosity_iso`	`1.0e18`	`Pa.s`	`Viscosity for isoviscous models.`
`shear_modulus`	`1.0e11`	`Pa`	`Shear modulus.`
`heat_capacity`	`800.0`	`J/kg/K`	`Heat capacity.`
`thermal_conductivity_ref`	`2.6`	`W/m/K`	`Reference thermal conductivity parameter k0.`
`stype_solidus`	`GabbroGlacier`	`None`	`Solidus model`
`stype_liquidus`	`GabbroGlacier`	`None`	`Liquidus model`
`latent_heat`	`400000.0`	`J/kg`	`Latent heat (Turcotte and Schubert, 2014).`

SFSUpperContinentalCrust

Property Name	Value	Units	Description
`standard_density`	`2860.0`	`kg/m^3`	`Density at standard conditions (Calibrated by Theunissen et al, 2022).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.8e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2400.0`	`kg/m^3`	`Melt density at 1 bar used in linearized Birch-Murnagham density model (Dacite from Lesher and Spera, 2015, Fig5.1).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`0.000857`	`1/s/MPa^n`	`Pre-exponential factor for dislocation creep corrected for simple shear: Wet Quartzite, (Gleason and Tullis, 1995).`
`stress_exponent_n_dc`	`4.0`	`None`	`Stress exponent for dislocation creep (Wet Quartzite, Gleason and Tullis, 1995).`
`activation_energy_dc`	`223.0`	`kJ/mol`	`Activation energy for dislocation creep (Wet Quartzite, Gleason and Tullis, 1995).`
`activation_volume_dc`	`0.0`	`J/MPa/mol`	`Activation volume for dislocation creep.`
`shear_modulus`	`3.6e10`	`Pa`	`Shear modulus (Brune et al., 2014).`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain (Naliboff et al., 2017).`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain (Naliboff et al., 2017).`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain (Naliboff et al., 2017).`
`friction_angle_final`	`7.0`	`Degrees`	`Friction angle at final strain (Naliboff et al., 2017).`
`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 (Naliboff et al., 2017).`
`heat_capacity`	`800.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`2.5`	`W/m/K`	`Reference thermal conductivity parameter for use in Sekiguchi-Waples model (Hantschel and Kauerauf, 2010).`
`radiogenic_heat_production`	`1.8e-6`	`W/m^3`	`Radiogenic heat production (Hantschel and Kauerauf, 2010).`

SFSLowerContinentalCrust

Property Name	Value	Units	Description
`standard_density`	`2900.0`	`kg/m^3`	`Density at standard conditions (Calibrated by Theunissen et al, 2022).`
`thermal_expansion`	`3.0e-5`	`1/K`	`Thermal expansion.`
`compressibility`	`1.6e-11`	`1/Pa`	`Compressibility (Brune et al., 2014).`
`melt_density`	`2750.0`	`kg/m^3`	`Melt density at 1 bar (1e-4 GPa) used in linearized Birch-Murnagham EOS density model (Lesher and Spera, 2015).`
`flow_stype`	`Composite`	`None`	`Flow law option.`
`pre_exponential_dc`	`3570.0`	`1/s/MPa^n`	`Tensor-invariant pre-exponential factor for dislocation creep for wet anorthite aggregate, water fugacity = 500 MPa (Rybacki et al., 2006).`
`stress_exponent_n_dc`	`3.0`	`None`	`Stress exponent for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_energy_dc`	`345.0`	`kJ/mol`	`Activation energy for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`activation_volume_dc`	`38.0`	`J/MPa/mol`	`Activation volume for dislocation creep for wet anorthite aggregate (Rybacki et al., 2006).`
`shear_modulus`	`4.0e10`	`Pa`	`Shear modulus.`
`cohesion_initial`	`2.0e7`	`Pa`	`Cohesion at initial strain.`
`cohesion_final`	`1.0e7`	`Pa`	`Cohesion at final strain.`
`friction_angle_initial`	`30.0`	`Degrees`	`Friction angle at initial strain.`
`friction_angle_final`	`7.0`	`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`	`800.0`	`J/kg/K`	`Reference heat capacity in Waples model (Hantschel and Kauerauf, 2010).`
`thermal_conductivity_ref`	`2.5`	`W/m/K`	`Reference thermal conductivity parameter for use in Sekiguchi-Waples model (Hantschel and Kauerauf, 2010).`
`radiogenic_heat_production`	`5.0e-7`	`W/m^3`	`Radiogenic heat production (Hantschel and Kauerauf, 2010).`