STDarcyBrinkmann_test_5

!> authors: Vikas Sharma, Ph. D. ! date: 29 Sept 2021 ! update: ! - 21 Oct 2021 ! - 23 Oct 2021 ! summary: Testing AddPorousMaterial(), different domains

! [[STDarcyBrinkmann_]], [[ParameterList_]], [[HDF5File_]]

! [[Domain_]], [[MeshSelection_]]

PROGRAM main USE easifemBase USE easifemClasses USE easifemMaterials USE easifemKernels USE STDarcyBrinkmann_Class IMPLICIT NONE TYPE( STDarcyBrinkmann_ ) :: obj TYPE( ParameterList_ ) :: param TYPE( HDF5File_ ) :: domainFileForPressure TYPE( HDF5File_ ) :: domainFileForVelocity TYPE( MeshSelection_ ) :: region TYPE( Domain_ ), TARGET :: domainForPressure TYPE( Domain_ ), TARGET :: domainForVelocity TYPE( DomainPointer_ ) :: domains( 2 ) CHARACTER( LEN = * ), PARAMETER :: domainFileNameForPressure="./mesh_tri3.h5" CHARACTER( LEN = * ), PARAMETER :: domainFileNameForVelocity="./mesh_tri6.h5" !> main CALL FPL_INIT(); CALL param%Initiate() ! #SetSTDarcyBrinkmannParam CALL SetSTDarcyBrinkmannParam( & & param=param, & & engine="NATIVE_SERIAL", & & nnt=2, & & startTime=0.0_DFP, & & endTime=10.0_DFP, & & dt=0.001_DFP, & & CoordinateSystem=KERNEL_2D, & & tPorousMaterials=2, & & tFluidMaterials=1, & & tDirichletBCForPressure=1, & & tDirichletBCForVelocity=2, & & domainFileForPressure=domainFileNameForPressure, & & domainFileForVelocity=domainFileNameForVelocity ) ! #SetLinSolverParam CALL SetLinSolverParam( param=param, solverName=LIS_GMRES,& & preconditionOption=LEFT_PRECONDITION, convergenceIn=convergenceInRes, & & convergenceType=relativeConvergence, maxIter=100,relativeToRHS=.TRUE.,& & KrylovSubspaceSize=20,rtol=1.0D-10,atol=1.0D-10 ) !> initiate domain ! #HDF5File/Initiate CALL domainFileForPressure%Initiate( filename=domainFileNameForPressure, & & MODE="READ" ) ! #HDF5File/Open CALL domainFileForPressure%Open() ! Domain/Initiate CALL domainForPressure%Initiate( domainFileForPressure, "" ) ! #HDF5File/Initiate CALL domainFileForVelocity%Initiate( filename=domainFileNameForVelocity, & & MODE="READ" ) ! #HDF5File/Open CALL domainFileForVelocity%Open() ! #Domain/Initiate CALL domainForVelocity%Initiate( domainFileForVelocity, "" ) ! Domains domains(1)%ptr => domainForVelocity domains(2)%ptr => domainForPressure ! #STDarcyBrinkmann/Initiate CALL obj%Initiate(param=param, domains=domains ) ! #MeshSelection/Initiate CALL region%Initiate( isSelectionByMeshID=.TRUE. ) ! #MeshSelection/Add CALL region%Add( xidim=domainForPressure%getNSD(), meshID=[1] ) ! #SetPorousMaterialParam CALL SetPorousMaterialParam( param=param, name="porousMaterial", & & massDensity=1700.0_DFP, stressStrainModel="LinearPoroElasticModel" ) ! #SetLinearPoroElasticModelParam CALL SetLinearPoroElasticModelParam( & & param = param, & & ElasticityType = IsoLinearElasticModel, & & isPlaneStress = .FALSE., & & isPlaneStrain = .TRUE., & & PoissonRatio = 0.3_DFP, & & YoungsModulus = 1.0D+6 ) ! #STDarcyBrinkmann/AddPorousMaterial CALL obj%AddPorousMaterial(materialNo=1, materialName="porousMaterial", & & param=param, region=region) ! #MeshSelection/Deallocate CALL region%Deallocate() ! Adding another porous material ! #MeshSelection/Initiate CALL region%Initiate( isSelectionByMeshID=.TRUE. ) ! #MeshSelection/Add CALL region%Add( xidim=domainForPressure%getNSD(), meshID=[2] ) ! #SetPorousMaterialParam CALL SetPorousMaterialParam( param=param, name="porousMaterial", & & massDensity=1700.0_DFP, stressStrainModel="LinearPoroElasticModel" ) ! #SetLinearPoroElasticModelParam CALL SetLinearPoroElasticModelParam( & & param = param, & & ElasticityType = IsoLinearElasticModel, & & isPlaneStress = .FALSE., & & isPlaneStrain = .TRUE., & & PoissonRatio = 0.3_DFP, & & YoungsModulus = 1.0D+6 ) ! #STDarcyBrinkmann/AddPorousMaterial CALL obj%AddPorousMaterial(materialNo=2, materialName="porousMaterial", & & param=param, region=region) ! #MeshSelection/Deallocate CALL region%Deallocate() ! #STDarcyBrinkmann/Display CALL obj%Display("") ! #STDarcyBrinkmann/Deallocate CALL obj%Deallocate() CALL domainForPressure%Deallocate() CALL domainForVelocity%Deallocate() CALL param%Deallocate(); CALL FPL_FINALIZE() END PROGRAM main