Commit e7b4c919 authored by Guillaume Houzeaux's avatar Guillaume Houzeaux 💬

test case added

parents
$-------------------------------------------------------------------
RUN_DATA
ALYA: sphere
LIVE_INFORMATION: Screen
END_RUN_DATA
$-------------------------------------------------------------------
PROBLEM_DATA
TIME_COUPLING: GLOBAL,fromCrit
TIME_INTERVAL= 0.0,400
TIME_STEP_SIZE= 5e-3
NUMBER_OF_STEPS= 20
NASTIN_MODULE: On
END_NASTIN_MODULE
PARALL_SERVICE: On
OUTPUT_FILE: OFF
POSTPROCESS: MASTER
PARTITION_TYPE: FACES
PARTITIONING:
METHOD: SFC
EXECUTION_MODE: PARALLEL
END_PARTITIONING
END_PARALL_SERVICE
END_PROBLEM_DATA
$-------------------------------------------------------------------
MPI_IO: On
GEOMETRY: On
RESTART: Off
POSTPPROCESS: Off
MERGE: Off
END_MERGE
END_MPI_IO
$-------------------------------------------------------------------
$--------------------------------------------------
DIMENSIONS
NODAL_POINTS= 2876880
ELEMENTS= 16677400
SPACE_DIMENSIONS= 3
TYPES_OF_ELEMS= TET04
BOUNDARIES= 313868
END_DIMENSIONS
$--------------------------------------------------
STRATEGY
DOMAIN_INTEGRATION_POINTS: 4
BOUNDARY_ELEMENT: OFF
EXTRAPOLATE_BOUNDARY_CONDITIONS: ON
$ GROUPS=1000, PARALLEL_FRONTAL
END_STRATEGY
$--------------------------------------------------
GEOMETRY
END_GEOMETRY
$--------------------------------------------------
SETS
END_SETS
$--------------------------------------------------
BOUNDARY_CONDITIONS
END_BOUNDARY_CONDITIONS
$--------------------------------------------------
This output was generated with Ansa2mpio from the following file
/home/samuelgg/MESH/aNsa/SPHERE/19-02-12_sphere_volume_16.7M.ansa
The model was NOT scaled
SIZE_BOXES
Name Surface Length Volume Length Growth Rate
Inlet Size Box 0.05 0.05 1.1
Outlet Size Box 0.08 0.08 1.1
END_SIZE_BOXES
BOUNDARY_CODES
1 INLET
2 OUTLET
3 SPHERE
4 CYLINDER
END_BOUNDARY_CODES
CODES, NODES
1
1 & 4
2
2 & 4
3
4
END_CODES
$-------------------------------------------------------------------
PHYSICAL_PROBLEM
PROPERTIES
DENSITY: CONSTANT, VALUE=1.0
VISCOSITY: CONSTANT: VALUE=1e-4
TURBULENCE: VRMAN , PARAMETERS=0.1,UPDP1=ENDSTE,UPDP2=NEVER
END_PROPERTIES
END_PHYSICAL_PROBLEM
$-------------------------------------------------------------------
NUMERICAL_TREATMENT
MESH
DIVISION=1
END_MESH
ELSEST
STRATEGY: BIN
NUMBER: 100,100,100
DATAF: LINKED_LIST
END_ELSEST
END_NUMERICAL_TREATMENT
$-------------------------------------------------------------------
OUTPUT_&_POST_PROCESS
NO_MESH
STEP_OVER: 1e6
END_OUTPUT_&_POST_PROCESS
$-------------------------------------------------------------------
$------------------------------------------------------------
PHYSICAL_PROBLEM
PROBLEM_DEFINITION
TEMPORAL_DERIVATIVES: On
CONVECTIVE_TERM: EMAC
VISCOUS_TERM: DIVERGENCE
END_PROBLEM_DEFINITION
END_PHYSICAL_PROBLEM
$------------------------------------------------------------
NUMERICAL_TREATMENT
ELEMENT_LENGTH: Minimum
STABILIZATION: OFF
TIME_INTEGRATION: RUNGE, ORDER:3
SAFETY_FACTOR: 0.7
STEADY_STATE_TOLER: 1e-15
TIME_STEP: EIGENVALUE
VECTOR: On
GRAD_DIV: On
NORM_OF_CONVERGENCE: LAGGED_ALGEBRAIC_RESIDUAL
MAXIMUM_NUMBER_OF_IT: 1
ASSEMBLY: GPU2
ALGORITHM: FRACTIONAL_STEP
GAMMA = 0.0
ROTAT = 0.0
END_ALGORITHM
MOMENTUM
ALGEBRAIC_SOLVER
SOLVER: EXPLICIT, LUMPED
END_ALGEBRAIC_SOLVER
END_MOMENTUM
CONTINUITY
ALGEBRAIC_SOLVER
SOLVER: CG
CONVERGENCE: ITERA=5000, TOLER=1.0e-14 , ADAPTIVE, RATIO=1.0e-3
$ OUTPUT: CONVERGENCE
PRECONDITIONER: DIAGONAL
END_ALGEBRAIC_SOLVER
END_CONTINUITY
DIRICHLET:ALGORITHM
END_NUMERICAL_TREATMENT
$------------------------------------------------------------
OUTPUT_&_POST_PROCESS
$ START_POSTPROCES_AT STEP = 0
$ POSTPROCESS VELOCITY, STEPS = 1
$ POSTPROCESS PRESSURE, STEPS = 1
$ POSTPROCESS AVPRE, STEPS = 1
$ POSTPROCESS AVVEL, STEPS = 1
$ POSTPROCESS AVVE2, STEPS = 1
$ POSTPROCESS AVTAN, STEPS = 1
$ POSTPROCESS AVVXY, STEPS = 1
$ BOUNDARY_SET
$ FORCE $ obtain pressure & velocity forces acting on boundaries
$ MASS $ obtain mass flow through boundaries
$ END_BOUNDARY_SET
END_OUTPUT_&_POST_PROCESS
$----------------------------------------------------------
BOUNDARY_CONDITIONS
PARAMETERS
FIX_PRESSURE: OFF
INITIAL_CONDITION: CONSTANT, VALUES= 1.0, 0.0, 0.0
END_PARAMETERS
CODES, NODES
1 111 1.0 0.0 0.0
3 111 0.0 0.0 0.0
2 000 0.0 0.0 0.0
4 100 0.0 0.0 0.0 , AXES:LOCAL
1 & 4 111 1.0 0.0 0.0
2 & 4 011 1.0 0.0 0.0
END_CODES
END_BOUNDARY_CONDITIONS
$------------------------------------------------------------
$-------------------------------------------------------------------
DATA
FORMAT: ensight
MARK_ELEMENTS: type
ELIMINATE_BOUNDARY_NODES: yes
MULTIPLE_FILE: OFF
BOUNDARY: ON
SUBDOMAINS, ALL
END_SUBDOMAINS
END_DATA
$-------------------------------------------------------------------
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