sunfluidh:2d_channel_flow_with_heated_bar_incomp_flow
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Last login: Tue Nov 29 21:21:04 on console
Myrrdin:~ yann$ cd $SUNFLUIDH_EDU_ACCES
Myrrdin:SOURCES yann$ cd ..
Myrrdin:TRUNK yann$ svn up
U MATLAB/read_sunfluidh_data.m
U MATLAB/read_sunfluidh_namelist.m
Updated to revision 75.
Myrrdin:TRUNK yann$ cd ./DATA/
Myrrdin:DATA yann$ ls
data_meshgen_example_2D_heat_driven_cav.dat
input3d_axi-rotor-stator.dat
input3d_downstep_flow.dat
input3d_eddy2d.dat
input3d_heat_driven_cavity2d.dat
input3d_reference_namelist_file.txt
makefile
Myrrdin:DATA yann$ cp input3d_downstep_flow.dat input3d_channel_flow.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ cp input3d_downstep_flow.dat
usage: cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file target_file
cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file ... target_directory
Myrrdin:DATA yann$
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ vi ../SOURCES/module_namelist_data.f90
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi ../SOURCES/module_namelist_data.f90
Myrrdin:DATA yann$ vi ../SOURCES/module_iterative_poisson_solvers.f90
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ ls
data_meshgen_example_2D_heat_driven_cav.dat input3d_eddy2d.dat
input3d_axi-rotor-stator.dat input3d_heat_driven_cavity2d.dat
input3d_channel_flow.dat input3d_reference_namelist_file.txt
input3d_downstep_flow.dat makefile
Myrrdin:DATA yann$ vi input3d_axi-rotor-stator.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ vi input3d_axi-rotor-stator.dat
Myrrdin:DATA yann$ !v
vi input3d_axi-rotor-stator.dat
Myrrdin:DATA yann$ vi input3d_eddy2d.dat
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ cp input3d_channel_flow.dat input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow.dat
Myrrdin:DATA yann$ !cp
cp input3d_channel_flow.dat input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ !v
vi input3d_downstep_flow.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ cp input3d_channel_flow_heated_:wqsquare_bar.dat
usage: cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file target_file
cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file ... target_directory
Myrrdin:DATA yann$ cp input3d_channel_flow_heated_:wqsquare_bar.dat
usage: cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file target_file
cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file ... target_directory
Myrrdin:DATA yann$ cp input3d_channel_flow_heated_square_bar.dat
usage: cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file target_file
cp [-R [-H | -L | -P]] [-fi | -n] [-apvX] source_file ... target_directory
Myrrdin:DATA yann$ cp input3d_channel_flow_square_bar.dat input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ vi input3d_reference_namelist_file.txt
Myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_square_bar.dat
Myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ svn add input3d_channel_flow.dat input3d_channel_flow_square_bar.dat input3d_channel_flow_heated_square_bar.dat
A input3d_channel_flow.dat
A input3d_channel_flow_square_bar.dat
A input3d_channel_flow_heated_square_bar.dat
Myrrdin:DATA yann$ svn commit -m "29/11/2016 : Add files of data set"
Sending DATA/input3d_axi-rotor-stator.dat
Adding DATA/input3d_channel_flow.dat
Adding DATA/input3d_channel_flow_heated_square_bar.dat
Adding DATA/input3d_channel_flow_square_bar.dat
Sending DATA/input3d_downstep_flow.dat
Sending DATA/input3d_eddy2d.dat
Sending DATA/input3d_heat_driven_cavity2d.dat
Transmitting file data .......
Committed revision 76.
Myrrdin:DATA yann$
Last login: Wed Nov 30 09:11:58 on console
myrrdin:DATA yann$ cd $SUNFLUIDH_EDU_ACCES
myrrdin:SOURCES yann$ vi module_namelist_data.f90
myrrdin:SOURCES yann$ vi init_dataset.f90
myrrdin:SOURCES yann$ vi init_dataset.f90
myrrdin:SOURCES yann$ make
gfortran -O3 -ffixed-line-length-none -fconvert=big-endian -cpp -DDIM2D -DSHARED_DISK -c init_dataset.f90
init_dataset.f90:277.16:
Var_String="VERSION2.0"
1
Error: Symbol 'var_string' at (1) has no IMPLICIT type
make: *** [init_dataset.o] Error 1
myrrdin:SOURCES yann$ !v
vi init_dataset.f90
myrrdin:SOURCES yann$ make
gfortran -O3 -ffixed-line-length-none -fconvert=big-endian -cpp -DDIM2D -DSHARED_DISK -c init_dataset.f90
gfortran -o sunfluidh.x check_calc.o check_simulation_data.o check_sol.o init_alloc_fields.o init_assoc_pointers.o init_dataset.o init_domain_config.o init_domain_layout.o init_fields.o init_ns_fields.o init_operators.o init_resuming.o init_setup.o main.o module_bc_update_tridiag_syst.o module_bc_update_variable.o module_bulk_forces.o module_convection_fluxes_o2.o module_cylindric_ns_source_terms_o2.o module_declaration.o module_diffusion_fluxes_o2.o module_get_mass_heat_fluxes.o module_interface_value.o module_iterative_poisson_solvers.o module_logunit.o module_meshgrid.o module_method_adi_mpi.o module_method_sormg.o module_namelist_data.o module_norms.o module_openmp.o module_operator_on_fields_o2.o module_package_mpi.o module_pertubations.o module_phys_properties.o module_recording_results.o module_save_restart.o module_statistics.o module_sutherland_law.o module_thomas_algorithms.o module_time_management.o module_time_progress_o2.o module_time_report.o module_toolkit_o2.o module_toolkit_read_data.o module_toolkit_set_array_values.o module_toolkit_tridiagonal_system.o module_type_declaration.o module_user_define_init_fields.o module_user_define_inlet_profiles.o module_user_define_temporal_functions.o module_user_define_wall_bc.o schemes_nonsplit_operators_o2.o solv_ns_o2.o solv_poisson_o2.o source_terms_helmholtz_system_o2.o source_terms_poisson_equation.o update_pressure_velocity.o
myrrdin:SOURCES yann$ !v
vi init_dataset.f90
myrrdin:SOURCES yann$ make
gfortran -O3 -ffixed-line-length-none -fconvert=big-endian -cpp -DDIM2D -DSHARED_DISK -c init_dataset.f90
gfortran -o sunfluidh.x check_calc.o check_simulation_data.o check_sol.o init_alloc_fields.o init_assoc_pointers.o init_dataset.o init_domain_config.o init_domain_layout.o init_fields.o init_ns_fields.o init_operators.o init_resuming.o init_setup.o main.o module_bc_update_tridiag_syst.o module_bc_update_variable.o module_bulk_forces.o module_convection_fluxes_o2.o module_cylindric_ns_source_terms_o2.o module_declaration.o module_diffusion_fluxes_o2.o module_get_mass_heat_fluxes.o module_interface_value.o module_iterative_poisson_solvers.o module_logunit.o module_meshgrid.o module_method_adi_mpi.o module_method_sormg.o module_namelist_data.o module_norms.o module_openmp.o module_operator_on_fields_o2.o module_package_mpi.o module_pertubations.o module_phys_properties.o module_recording_results.o module_save_restart.o module_statistics.o module_sutherland_law.o module_thomas_algorithms.o module_time_management.o module_time_progress_o2.o module_time_report.o module_toolkit_o2.o module_toolkit_read_data.o module_toolkit_set_array_values.o module_toolkit_tridiagonal_system.o module_type_declaration.o module_user_define_init_fields.o module_user_define_inlet_profiles.o module_user_define_temporal_functions.o module_user_define_wall_bc.o schemes_nonsplit_operators_o2.o solv_ns_o2.o solv_poisson_o2.o source_terms_helmholtz_system_o2.o source_terms_poisson_equation.o update_pressure_velocity.o
myrrdin:SOURCES yann$ !mv
mv check* r* input3d.dat save_* visfield_s.dat LMN/
usage: mv [-f | -i | -n] [-v] source target
mv [-f | -i | -n] [-v] source ... directory
myrrdin:SOURCES yann$ ls
bc_update_tridiagonal_system.mod module_bc_update_variable.o module_toolkit_o2.f90
bc_update_variable.mod module_bulk_forces.f90 module_toolkit_o2.o
bulk_forces.mod module_bulk_forces.o module_toolkit_read_data.f90
check_calc.f90 module_convection_fluxes_o2.f90 module_toolkit_read_data.o
check_calc.o module_convection_fluxes_o2.o module_toolkit_set_array_values.f90
check_simulation_data.f90 module_cylindric_ns_source_terms_o2.f90 module_toolkit_set_array_values.o
check_simulation_data.o module_cylindric_ns_source_terms_o2.o module_toolkit_tridiagonal_system.f90
check_sol.f90 module_declaration.f90 module_toolkit_tridiagonal_system.o
check_sol.o module_declaration.o module_type_declaration.f90
convection_fluxes_o2.mod module_diffusion_fluxes_o2.f90 module_type_declaration.o
cylindric_source_terms.mod module_diffusion_fluxes_o2.o module_user_define_init_fields.f90
declaration.mod module_get_mass_heat_fluxes.f90 module_user_define_init_fields.o
define_type.mod module_get_mass_heat_fluxes.o module_user_define_inlet_profiles.f90
diffusion_fluxes_o2.mod module_interface_value.f90 module_user_define_inlet_profiles.o
get_heat_mass_fluxes.mod module_interface_value.o module_user_define_temporal_functions.f90
get_statistics.mod module_iterative_poisson_solvers.f90 module_user_define_temporal_functions.o
grid_parameters.mod module_iterative_poisson_solvers.o module_user_define_wall_bc.f90
init_alloc_fields.f90 module_logunit.f90 module_user_define_wall_bc.o
init_alloc_fields.o module_logunit.o namelist_data.mod
init_assoc_pointers.f90 module_meshgrid.f90 norms.mod
init_assoc_pointers.o module_meshgrid.o operators_on_fields_o2.mod
init_dataset.f90 module_method_adi_mpi.f90 package_mpi.mod
init_dataset.o module_method_adi_mpi.o package_openmp.mod
init_domain_config.f90 module_method_sormg.f90 perturbations.mod
init_domain_config.o module_method_sormg.o phys_properties.mod
init_domain_layout.f90 module_namelist_data.f90 recording_results.mod
init_domain_layout.o module_namelist_data.o save_restart_procedures.mod
init_fields.f90 module_norms.f90 schemes_nonsplit_operators_o2.f90
init_fields.o module_norms.o schemes_nonsplit_operators_o2.o
init_ns_fields.f90 module_openmp.f90 solv_ns_o2.f90
init_ns_fields.o module_openmp.o solv_ns_o2.o
init_operators.f90 module_operator_on_fields_o2.f90 solv_poisson_o2.f90
init_operators.o module_operator_on_fields_o2.o solv_poisson_o2.o
init_resuming.f90 module_package_mpi.f90 source_terms_helmholtz_system_o2.f90
init_resuming.o module_package_mpi.o source_terms_helmholtz_system_o2.o
init_setup.f90 module_pertubations.f90 source_terms_poisson_equation.f90
init_setup.o module_pertubations.o source_terms_poisson_equation.o
interface_check_files.h module_phys_properties.f90 sunfluidh.deps
interface_init_files.h module_phys_properties.o sunfluidh.deps.old
interface_init_main.h module_recording_results.f90 sunfluidh.x
interface_schemes_files.h module_recording_results.o sutherland_law.mod
interface_solv_files.h module_save_restart.f90 temporal_functions.mod
interface_source_term_files.h module_save_restart.o thomas_algorithms.mod
interface_update_file.h module_statistics.f90 time_management.mod
interface_value.mod module_statistics.o time_progress_o2.mod
iterative_poisson_solvers.mod module_sutherland_law.f90 time_report_recording.mod
log_unit.mod module_sutherland_law.o toolkit_o2.mod
main.f90 module_thomas_algorithms.f90 toolkit_read_data.mod
main.o module_thomas_algorithms.o toolkit_set_array_values.mod
makefile module_time_management.f90 toolkit_tridiagonal_system.mod
method_adi_mpi.mod module_time_management.o update_pressure_velocity.f90
method_sormg.mod module_time_progress_o2.f90 update_pressure_velocity.o
module_bc_update_tridiag_syst.f90 module_time_progress_o2.o user_define_init_fields.mod
module_bc_update_tridiag_syst.o module_time_report.f90 user_define_inlet_profiles.mod
module_bc_update_variable.f90 module_time_report.o user_define_wall_bc.mod
myrrdin:SOURCES yann$ mv sunfluidh.x /Users/yann/Projets/BIN/sunfluidh_edu.x
myrrdin:SOURCES yann$ cd $SUNFLUIDH_DVPMT_2_ACCES
myrrdin:SOURCES yann$ vi module_namelist_data.f90
myrrdin:SOURCES yann$ cd ../DATA/
myrrdin:DATA yann$ vi input3d_heat_driven_cavity2d_incomp.dat
myrrdin:DATA yann$ !v
vi input3d_heat_driven_cavity2d_incomp.dat
myrrdin:DATA yann$ pwd
/Users/yann/Projets/PROJETS_SVN/SUNFLUIDH/SUNFLUIDH_DVPMT_2/TRUNK/DATA
myrrdin:DATA yann$ cd $SUNFLUIDH_EDU_ACCES
myrrdin:SOURCES yann$ cd ../DATA/
myrrdin:DATA yann$ cp input3d_eddy2d.dat input3d_eddy2d.txt
myrrdin:DATA yann$ cp input3d_eddy2d.dat input3d_eddy2d
myrrdin:DATA yann$ mv input3d_eddy2d input3d_eddy2d.doc
myrrdin:DATA yann$ vi input3d_channel_flow_heated_square_bar.dat
===========================================================================
===========================================================================
MAIN INPUT DATA FILE : 2D CHANNEL FLOW WITH A SQUARE BAR (OBSTACLE)
INCOMPRESSIBLE FLOW
HEATED SQUARE BAR AT TEMPERATURE Th = 2.Tc
OTHER WALLS AT Tc
TEMPERATURE OF THE INFLOW : Tc
GRAVITY & BUOYANCY ARE NEGLECTED
DIMENSIONLESS LAYOUT :
Length scale : h (the channel height)
Reynolds number Re_h= rho_0.U_0.h/nu= 100
dimensionless quantities :
velocity U* = U/U_0
temperature T*= T/T0 with T0= Tc ---> Tc*= 1 and Th*= 2
kinetic viscosity= 1/Re_h
dimensionless domain : Lx/h= 10
Initialisation = uniform velocity field
inlet flowrate = uniform profil
INCOMPRESSIBLE DOWNSTEP FLOW
Tc
------------------------------------------
|Th|
|__|
---> inflow outflow --->
(Tc)
------------------------------------------
Tc
J
^
|
|
---->I
===========================================================================
===========================================================================
&Version File_Version="VERSION2.0"/
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
GENERAL LAYOUT
(DIMENSIONLESS)
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
&Fluid_Properties Reference_Dynamic_Viscosity = 1.00D-02, Reference_Density= 1.0 , Reference_Temperature= 1.0 /
&Velocity_Initialization I_Velocity_Reference_Value = 1.0 , J_Velocity_Reference_Value = 0.0 , K_Velocity_Reference_Value = 0.0 /
===========================================================================
DOMAIN FEATURES
(DIMENSIONLESS)
===========================================================================
&Domain_Features Start_Coordinate_I_Direction= 0.00 , End_Coordinate_I_Direction= 10.00,
Start_Coordinate_J_Direction= 0.00 , End_Coordinate_J_Direction= 1.00,
Start_Coordinate_K_Direction= 0.00 , End_Coordinate_K_Direction= 0.00,
Cells_Number_I_Direction= 256 ,Cells_Number_J_Direction= 64 ,Cells_Number_K_Direction= 1,
Regular_Mesh= .true. /
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sunfluidh/2d_channel_flow_with_heated_bar_incomp_flow.1480500176.txt.gz · Dernière modification : 2016/11/30 11:02 de yann