m_case_wind_turbine Module

Case for wind-turbine simulations (the two_turbines setup): uniform inflow and convective outflow in x, periodic in y and z.

The case owns a polymorphic turbine forcing model (turbine_model_t) and is the only place the iturbine switch appears (at allocation time). It drives the model from its forcings()/postprocess() hooks.

The inflow/outflow boundary treatment mirrors m_case_cylinder. BCs are dirichlet/periodic/periodic for the same reason cylinder uses them: the FFT Poisson solver requires z periodic and only supports a single rank for non-periodic directions. The two_turbines case uses free-slip walls in y and z (wind-tunnel walls), which the FFT solver cannot currently do.


Uses

  • module~~m_case_wind_turbine~~UsesGraph module~m_case_wind_turbine m_case_wind_turbine m_mpi m_mpi module~m_case_wind_turbine->m_mpi module~m_adm m_adm module~m_case_wind_turbine->module~m_adm module~m_allocator m_allocator module~m_case_wind_turbine->module~m_allocator module~m_base_backend m_base_backend module~m_case_wind_turbine->module~m_base_backend module~m_base_case m_base_case module~m_case_wind_turbine->module~m_base_case module~m_common m_common module~m_case_wind_turbine->module~m_common module~m_config m_config module~m_case_wind_turbine->module~m_config module~m_field m_field module~m_case_wind_turbine->module~m_field module~m_logger m_logger module~m_case_wind_turbine->module~m_logger module~m_mesh m_mesh module~m_case_wind_turbine->module~m_mesh module~m_solver m_solver module~m_case_wind_turbine->module~m_solver module~m_turbine_dummy m_turbine_dummy module~m_case_wind_turbine->module~m_turbine_dummy module~m_turbine_model m_turbine_model module~m_case_wind_turbine->module~m_turbine_model module~m_adm->m_mpi module~m_adm->module~m_allocator module~m_adm->module~m_base_backend module~m_adm->module~m_common module~m_adm->module~m_field module~m_adm->module~m_logger module~m_adm->module~m_mesh module~m_adm->module~m_turbine_model module~m_io_session m_io_session module~m_adm->module~m_io_session module~m_scalar_series m_scalar_series module~m_adm->module~m_scalar_series module~m_allocator->module~m_common module~m_allocator->module~m_field module~m_base_backend->module~m_allocator module~m_base_backend->module~m_common module~m_base_backend->module~m_field module~m_base_backend->module~m_logger module~m_base_backend->module~m_mesh iso_c_binding iso_c_binding module~m_base_backend->iso_c_binding module~m_poisson_fft m_poisson_fft module~m_base_backend->module~m_poisson_fft module~m_tdsops m_tdsops module~m_base_backend->module~m_tdsops module~m_base_case->m_mpi module~m_base_case->module~m_allocator module~m_base_case->module~m_base_backend module~m_base_case->module~m_common module~m_base_case->module~m_config module~m_base_case->module~m_field module~m_base_case->module~m_logger module~m_base_case->module~m_mesh module~m_base_case->module~m_solver module~m_io_manager m_io_manager module~m_base_case->module~m_io_manager module~m_monitoring m_monitoring module~m_base_case->module~m_monitoring module~m_postprocess m_postprocess module~m_base_case->module~m_postprocess module~m_common->m_mpi module~m_common->module~m_logger module~m_config->module~m_common module~m_config->module~m_logger module~m_field->module~m_common module~m_field->iso_c_binding module~m_logger->m_mpi iso_fortran_env iso_fortran_env module~m_logger->iso_fortran_env module~m_mesh->m_mpi module~m_mesh->module~m_common module~m_mesh->module~m_field module~m_mesh->module~m_logger module~m_mesh_content m_mesh_content module~m_mesh->module~m_mesh_content module~m_solver->module~m_allocator module~m_solver->module~m_base_backend module~m_solver->module~m_common module~m_solver->module~m_config module~m_solver->module~m_field module~m_solver->module~m_logger module~m_solver->module~m_mesh module~m_ibm m_ibm module~m_solver->module~m_ibm module~m_les m_les module~m_solver->module~m_les module~m_solver->module~m_tdsops module~m_tdsops_setup m_tdsops_setup module~m_solver->module~m_tdsops_setup module~m_time_integrator m_time_integrator module~m_solver->module~m_time_integrator module~m_vector_calculus m_vector_calculus module~m_solver->module~m_vector_calculus module~m_turbine_dummy->module~m_allocator module~m_turbine_dummy->module~m_base_backend module~m_turbine_dummy->module~m_common module~m_turbine_dummy->module~m_field module~m_turbine_dummy->module~m_mesh module~m_turbine_dummy->module~m_turbine_model module~m_turbine_dummy->module~m_io_session module~m_turbine_model->module~m_allocator module~m_turbine_model->module~m_base_backend module~m_turbine_model->module~m_common module~m_turbine_model->module~m_field module~m_turbine_model->module~m_mesh module~m_checkpoint_state m_checkpoint_state module~m_turbine_model->module~m_checkpoint_state module~m_checkpoint_state->module~m_io_session module~m_ibm->m_mpi module~m_ibm->module~m_allocator module~m_ibm->module~m_base_backend module~m_ibm->module~m_common module~m_ibm->module~m_field module~m_ibm->module~m_logger module~m_ibm->module~m_mesh module~m_ibm->module~m_io_session module~m_io_manager->m_mpi module~m_io_manager->module~m_solver module~m_io_manager->module~m_checkpoint_state module~m_checkpoint_manager m_checkpoint_manager module~m_io_manager->module~m_checkpoint_manager module~m_snapshot_manager m_snapshot_manager module~m_io_manager->module~m_snapshot_manager module~m_stats m_stats module~m_io_manager->module~m_stats module~m_io_session->module~m_base_backend module~m_io_session->module~m_common module~m_io_session->module~m_field module~m_io_session->module~m_logger module~m_io_backend~2 m_io_backend module~m_io_session->module~m_io_backend~2 module~m_io_base m_io_base module~m_io_session->module~m_io_base module~m_les->module~m_base_backend module~m_les->module~m_common module~m_les->module~m_config module~m_les->module~m_field module~m_les->module~m_logger module~m_les->module~m_mesh module~m_les->module~m_tdsops module~m_mesh_content->module~m_common module~m_mesh_content->module~m_logger module~m_monitoring->module~m_common module~m_monitoring->module~m_field module~m_monitoring->module~m_logger module~m_monitoring->module~m_solver module~m_monitoring->module~m_scalar_series module~m_poisson_fft->module~m_common module~m_poisson_fft->module~m_field module~m_poisson_fft->module~m_logger module~m_poisson_fft->module~m_mesh module~m_poisson_fft->module~m_tdsops module~m_postprocess->module~m_common module~m_postprocess->module~m_field module~m_postprocess->module~m_logger module~m_postprocess->module~m_solver module~m_scalar_series->module~m_common module~m_scalar_series->module~m_logger module~m_tdsops->module~m_common module~m_tdsops->module~m_logger module~m_tdsops_setup->module~m_base_backend module~m_tdsops_setup->module~m_common module~m_tdsops_setup->module~m_logger module~m_tdsops_setup->module~m_mesh module~m_tdsops_setup->module~m_tdsops module~m_time_integrator->module~m_allocator module~m_time_integrator->module~m_base_backend module~m_time_integrator->module~m_common module~m_time_integrator->module~m_field module~m_time_integrator->module~m_logger module~m_vector_calculus->module~m_allocator module~m_vector_calculus->module~m_base_backend module~m_vector_calculus->module~m_common module~m_vector_calculus->module~m_field module~m_vector_calculus->module~m_logger module~m_vector_calculus->module~m_tdsops module~m_checkpoint_manager->m_mpi module~m_checkpoint_manager->module~m_common module~m_checkpoint_manager->module~m_config module~m_checkpoint_manager->module~m_field module~m_checkpoint_manager->module~m_logger module~m_checkpoint_manager->module~m_solver module~m_checkpoint_manager->module~m_checkpoint_state module~m_checkpoint_manager->module~m_io_session module~m_checkpoint_manager->module~m_stats module~m_io_field_utils m_io_field_utils module~m_checkpoint_manager->module~m_io_field_utils module~m_io_backend~2->m_mpi module~m_io_backend~2->module~m_base_backend module~m_io_backend~2->module~m_common module~m_io_backend~2->module~m_field module~m_io_backend~2->module~m_logger module~m_io_backend~2->iso_c_binding module~m_io_backend~2->iso_fortran_env module~m_io_backend~2->module~m_io_base adios2 adios2 module~m_io_backend~2->adios2 cudafor cudafor module~m_io_backend~2->cudafor module~m_nvtx m_nvtx module~m_io_backend~2->module~m_nvtx module~m_io_base->module~m_base_backend module~m_io_base->module~m_common module~m_io_base->module~m_field module~m_snapshot_manager->m_mpi module~m_snapshot_manager->module~m_common module~m_snapshot_manager->module~m_config module~m_snapshot_manager->module~m_field module~m_snapshot_manager->module~m_logger module~m_snapshot_manager->module~m_solver module~m_snapshot_manager->module~m_io_session module~m_snapshot_manager->module~m_io_field_utils module~m_stats->module~m_common module~m_stats->module~m_config module~m_stats->module~m_field module~m_stats->module~m_logger module~m_stats->module~m_solver module~m_stats->module~m_io_session module~m_io_field_utils->module~m_common module~m_io_field_utils->module~m_field module~m_io_field_utils->module~m_logger module~m_io_field_utils->module~m_solver module~m_io_field_utils->module~m_io_base module~m_io_field_utils->module~m_nvtx module~m_nvtx->iso_c_binding

Used by

  • module~~m_case_wind_turbine~~UsedByGraph module~m_case_wind_turbine m_case_wind_turbine program~xcompact xcompact program~xcompact->module~m_case_wind_turbine

Interfaces

public interface case_wind_turbine_t


Derived Types

type, public, extends(base_case_t) ::  case_wind_turbine_t

Components

Type Visibility Attributes Name Initial
class(solver_t), public, allocatable :: solver
type(io_manager_t), public :: io_mgr
type(monitoring_t), public :: monitoring
class(field_t), public, pointer :: bc_start_u_x => null()
class(field_t), public, pointer :: bc_start_v_x => null()
class(field_t), public, pointer :: bc_start_w_x => null()
class(field_t), public, pointer :: bc_end_u_x => null()
class(field_t), public, pointer :: bc_end_v_x => null()
class(field_t), public, pointer :: bc_end_w_x => null()
class(field_t), public, pointer :: bc_start_u_y => null()
class(field_t), public, pointer :: bc_start_v_y => null()
class(field_t), public, pointer :: bc_start_w_y => null()
class(field_t), public, pointer :: bc_end_u_y => null()
class(field_t), public, pointer :: bc_end_v_y => null()
class(field_t), public, pointer :: bc_end_w_y => null()
type(wind_turbine_config_t), public :: wt_cfg
class(turbine_model_t), public, pointer :: turbine => null()

Constructor

public function case_wind_turbine_init (backend, mesh, host_allocator)

Type-Bound Procedures

procedure, public :: case_init
procedure, public :: case_finalise
procedure, public :: set_init
procedure, public :: run
procedure, public :: define_BC => define_BC_wind_turbine
procedure, public :: initial_conditions => initial_conditions_wind_turbine
procedure, public :: forcings => forcings_wind_turbine
procedure, public :: apply_BC => apply_BC_wind_turbine
procedure, public :: postprocess => postprocess_wind_turbine
procedure, public :: finalise_case_specific => finalise_wind_turbine
procedure, public :: compute_outflow_params

Functions

public function case_wind_turbine_init(backend, mesh, host_allocator) result(flow_case)

Arguments

Type IntentOptional Attributes Name
class(base_backend_t), intent(inout), target :: backend
type(mesh_t), intent(inout), target :: mesh
type(allocator_t), intent(inout), target :: host_allocator

Return Value type(case_wind_turbine_t)


Subroutines

public subroutine seed_rng(nrank, nproc, iter)

Deterministic seeding of the intrinsic RNG, distinct for every (rank, start iteration) pair. A fresh run starts at iter = 0.

Arguments

Type IntentOptional Attributes Name
integer, intent(in) :: nrank
integer, intent(in) :: nproc
integer, intent(in) :: iter

public subroutine initial_conditions_wind_turbine(self)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self

public subroutine compute_outflow_params(self, out_vel)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self
real(kind=dp), intent(out) :: out_vel

public subroutine define_BC_wind_turbine(self)

Boundary Conditions hook (called per substep before transeq). Builds the inlet Dirichlet profile only; outflow parameters are computed in apply_BC from the post-integration velocity. u = bc_start_u + inlet_noise(1) * um * (2r - 1) v = bc_start_v + inlet_noise(2) * um * (2r - 1) w = bc_start_w + inlet_noise(3) * um * (2r - 1)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self

public subroutine apply_BC_wind_turbine(self, u, v, w)

Pre-correction (called per substep after the integrator step): enforce the inflow Dirichlet and convective outflow BCs, then apply an exact uniform mass correction to the outlet, following Incompact3d's pre_correc.

Read more…

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self
class(field_t), intent(inout) :: u
class(field_t), intent(inout) :: v
class(field_t), intent(inout) :: w

public subroutine forcings_wind_turbine(self, du, dv, dw, iter)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self
class(field_t), intent(inout) :: du
class(field_t), intent(inout) :: dv
class(field_t), intent(inout) :: dw
integer, intent(in) :: iter

public subroutine postprocess_wind_turbine(self, iter, t)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self
integer, intent(in) :: iter
real(kind=dp), intent(in) :: t

public subroutine finalise_wind_turbine(self)

Arguments

Type IntentOptional Attributes Name
class(case_wind_turbine_t) :: self