thermal_conductivity_base.F90 Source File


This file depends on

sourcefile~~thermal_conductivity_base.f90~~EfferentGraph sourcefile~thermal_conductivity_base.f90 thermal_conductivity_base.F90 sourcefile~thermal_conductivity_interface.f90 thermal_conductivity_interface.F90 sourcefile~thermal_conductivity_base.f90->sourcefile~thermal_conductivity_interface.f90 sourcefile~core.f90 core.F90 sourcefile~thermal_conductivity_interface.f90->sourcefile~core.f90 sourcefile~input.f90 input.F90 sourcefile~thermal_conductivity_interface.f90->sourcefile~input.f90 sourcefile~allocate.f90 allocate.F90 sourcefile~core.f90->sourcefile~allocate.f90 sourcefile~check_range.f90 check_range.F90 sourcefile~core.f90->sourcefile~check_range.f90 sourcefile~deallocate.f90 deallocate.F90 sourcefile~core.f90->sourcefile~deallocate.f90 sourcefile~error.f90 error.F90 sourcefile~core.f90->sourcefile~error.f90 sourcefile~fortran_utils.f90 fortran_utils.F90 sourcefile~core.f90->sourcefile~fortran_utils.f90 sourcefile~string_utils.f90 string_utils.F90 sourcefile~core.f90->sourcefile~string_utils.f90 sourcefile~types.f90 types.F90 sourcefile~core.f90->sourcefile~types.f90 sourcefile~unique.f90 unique.F90 sourcefile~core.f90->sourcefile~unique.f90 sourcefile~vtk.f90 vtk.F90 sourcefile~core.f90->sourcefile~vtk.f90 sourcefile~vtk_constants.f90 vtk_constants.F90 sourcefile~core.f90->sourcefile~vtk_constants.f90 sourcefile~input_interface.f90 input_interface.F90 sourcefile~input.f90->sourcefile~input_interface.f90 sourcefile~allocate.f90->sourcefile~error.f90 sourcefile~deallocate.f90->sourcefile~error.f90 sourcefile~memory_stats_wrapper.f90 memory_stats_wrapper.F90 sourcefile~fortran_utils.f90->sourcefile~memory_stats_wrapper.f90 sourcefile~signal_flag_wrapper.f90 signal_flag_wrapper.F90 sourcefile~fortran_utils.f90->sourcefile~signal_flag_wrapper.f90 sourcefile~system_info_wrapper.f90 system_info_wrapper.F90 sourcefile~fortran_utils.f90->sourcefile~system_info_wrapper.f90 sourcefile~input_interface.f90->sourcefile~core.f90 sourcefile~project_settings.f90 project_settings.F90 sourcefile~input_interface.f90->sourcefile~project_settings.f90 sourcefile~string_utils.f90->sourcefile~allocate.f90 sourcefile~array.f90 array.F90 sourcefile~types.f90->sourcefile~array.f90 sourcefile~gauss.f90 gauss.F90 sourcefile~types.f90->sourcefile~gauss.f90 sourcefile~pointer.f90 pointer.F90 sourcefile~types.f90->sourcefile~pointer.f90 sourcefile~variable.f90 variable.F90 sourcefile~types.f90->sourcefile~variable.f90 sourcefile~vector.f90 vector.F90 sourcefile~types.f90->sourcefile~vector.f90 sourcefile~unique.f90->sourcefile~allocate.f90 sourcefile~vtk.f90->sourcefile~allocate.f90 sourcefile~vtk.f90->sourcefile~deallocate.f90 sourcefile~vtk.f90->sourcefile~unique.f90 sourcefile~vtk.f90->sourcefile~vtk_constants.f90 sourcefile~vtk.f90->sourcefile~array.f90 sourcefile~vtk_wrapper.f90 vtk_wrapper.F90 sourcefile~vtk.f90->sourcefile~vtk_wrapper.f90 sourcefile~vtu_wrapper.f90 vtu_wrapper.F90 sourcefile~vtk.f90->sourcefile~vtu_wrapper.f90 sourcefile~array.f90->sourcefile~allocate.f90 sourcefile~array.f90->sourcefile~deallocate.f90 sourcefile~c_utils.f90 c_utils.F90 sourcefile~memory_stats_wrapper.f90->sourcefile~c_utils.f90 sourcefile~project_settings.f90->sourcefile~core.f90 sourcefile~signal_flag.f90 signal_flag.F90 sourcefile~signal_flag_wrapper.f90->sourcefile~signal_flag.f90 sourcefile~system_info_wrapper.f90->sourcefile~c_utils.f90 sourcefile~variable.f90->sourcefile~allocate.f90 sourcefile~c_utils.f90->sourcefile~signal_flag.f90 sourcefile~memory_stats.f90 memory_stats.F90 sourcefile~c_utils.f90->sourcefile~memory_stats.f90 sourcefile~system_info.f90 system_info.F90 sourcefile~c_utils.f90->sourcefile~system_info.f90

Source Code

submodule(calculate_thermal_conductivity) calc_thc_base
    implicit none
contains
    module subroutine initialize_holder_thcs(self, input, i_material)
        implicit none
        class(holder_thcs), intent(inout) :: self
        type(type_input), intent(in) :: input
        integer(int32), intent(in) :: i_material

        select case (input%basic%materials(i_material)%phase)
        case (3)
            self%p = type_thc_3phase(input, i_material)
        end select

    end subroutine initialize_holder_thcs

    module function calc_thc_3(lambda_soil, phi_soil, &
                               lambda_water, phi_water, &
                               lambda_ice, phi_ice) result(lambda)
        implicit none
        real(real64), intent(in) :: lambda_soil
        real(real64), intent(in) :: phi_soil
        real(real64), intent(in) :: lambda_water
        real(real64), intent(in) :: phi_water
        real(real64), intent(in) :: lambda_ice
        real(real64), intent(in) :: phi_ice
        real(real64) :: lambda

        lambda = lambda_soil**phi_soil &
                 * lambda_water**phi_water &
                 * lambda_ice**phi_ice

    end function calc_thc_3

end submodule calc_thc_base