from core.data import Data
#ALL IN STANDARD SI UNITS
# all values here come from the wet diabase in takeuchi, fialko
wetdiabase = Data()
wetdiabase.density = 2850.0 # kg/m^3
wetdiabase.specific_heat = 1000.0 # J/kgK
wetdiabase.activation_energy = 2.6e5 # J/mol
wetdiabase.stress_exponent = 3.4
wetdiabase.creep_constant = 2.2e-4 * 10**(-6 * 3.4) # (Pa^-n)/sec
wetdiabase.thermal_diffusivity = 7.37e-7 # m^2/sec
wetdiabase.youngs_modulus = 80.0e9 # Pa
wetdiabase.poisson = 0.25
wetdiabase.shear_modulus = wetdiabase.youngs_modulus / (
2 * (1 + wetdiabase.poisson))
wetdiabase.lame_lambda = (wetdiabase.youngs_modulus * wetdiabase.poisson) /\
((1 + wetdiabase.poisson) * (1 - 2 * wetdiabase.poisson))
from core.data import Data
#ALL IN STANDARD SI UNITS
# all values here come from the wet diabase in takeuchi, fialko
wetdiabase = Data()
wetdiabase.density = 2850.0 # kg/m^3
wetdiabase.specific_heat = 1000.0 # J/kgK
wetdiabase.activation_energy = 2.6e5 # J/mol
wetdiabase.stress_exponent = 3.4
wetdiabase.creep_constant = 2.2e-4 * 10 ** (-6 * 3.4) # (Pa^-n)/sec
wetdiabase.thermal_diffusivity = 7.37e-7 # m^2/sec
wetdiabase.youngs_modulus = 80.0e9 # Pa
wetdiabase.poisson = 0.25
wetdiabase.shear_modulus = wetdiabase.youngs_modulus / (2 * (1 + wetdiabase.poisson))
wetdiabase.lame_lambda = (wetdiabase.youngs_modulus * wetdiabase.poisson) /\
((1 + wetdiabase.poisson) * (1 - 2 * wetdiabase.poisson))
