ADflow
ADflow – Automatic Differentation Flow Solver – is a structured multi-block and overset 3D CFD solver.
- Introduction
- Installation
- Tutorial
- Options
gridFilerestartFilemeshSurfaceFamilydesignSurfaceFamilyclosedSurfaceFamiliesstoreRindLayeroutputDirectoryoutputSurfaceFamilywriteSurfaceSolutionwriteVolumeSolutionwriteSolutionEachIterwriteTecplotSurfaceSolutionnSaveVolumenSaveSurfacesolutionPrecisiongridPrecisionsolutionPrecisionSurfacegridPrecisionSurfaceisosurfaceisoVariablesviscousSurfaceVelocitiesdiscretizationcoarseDiscretizationlimitersmootherequationTypeequationModeflowTypeturbulenceModelturbulenceOrderturbResScaleturbulenceProductionuseQCRuseRotationSAuseft2SAeddyVisInfRatiouseWallFunctionsuseApproxWallDistanceeulerWallTreatmentviscWallTreatmentdissipationScalingExponentvis4vis2vis2CoarserestrictionRelaxationliftIndexlowSpeedPreconditionerwallDistCutoffinfChangeCorrectioncavitationNumbernCyclestimeLimitnCyclesCoarsenSubiterTurbnSubiterCFLCFLCoarseMGCycleMGStartLevelresAveragingsmoothParameterCFLLimituseBlockettesuseLinResMonitornearWallDistbackgroundVolScaleoversetProjToloverlapFactoroversetLoadBalancedebugZipperzipperSurfaceFamilycutCallbackoversetUpdateModenRefinenFloodIteruseZipperMeshuseOversetWallScalingselfZipCutoffoversetPrioritytimeIntegrationSchemetimeAccuracynTimeStepsCoarsenTimeStepsFinedeltaTuseALEuseGridMotioncoupledSolutiontimeIntervalsalphaModebetaModemachModepModeqModerModealtitudeModewindAxisalphaFollowingTSStabilityuseTSInterpolatedGridVelocityuseExternalDynamicMeshL2ConvergenceL2ConvergenceRelL2ConvergenceCoarsemaxL2DeviationFactoruseNKSolverNKSwitchTolNKSubspaceSizeNKLinearSolveTolNKUseEWNKADPCNKViscPCNKASMOverlapNKPCILUFillNKJacobianLagapplyPCSubspaceSizeNKInnerPreconItsNKOuterPreconItsNKLSNKFixedStepRKResetnRKResetAGMGLevelsAGMGNSmoothuseANKSolverANKUseTurbDADIANKSwitchTolANKSubspaceSizeANKMaxIterANKLinearSolveTolANKLinResMaxANKASMOverlapANKPCILUFillANKJacobianLagANKInnerPreconItsANKOuterPreconItsANKCFL0ANKCFLMinANKCFLLimitANKCFLFactorANKCFLExponentANKCFLCutbackANKStepFactorANKStepMinANKConstCFLStepANKPhysicalLSTolANKPhysicalLSTolTurbANKUnsteadyLSTolANKSecondOrdSwitchTolANKCoupledSwitchTolANKTurbCFLScaleANKUseFullViscANKPCUpdateTolANKADPCANKNSubiterTurbANKTurbKSPDebugANKUseMatrixFreeblockSplittingloadImbalanceloadBalanceIterpartitionOnlypartitionLikeNProcnumberSolutionsprintIterationsprintTimingprintIntroprintAllOptionssetMonitorprintWarningsmonitorVariablessurfaceVariablesvolumeVariablesstoreConvHistforcesAsTractionsadjointL2ConvergenceadjointL2ConvergenceReladjointL2ConvergenceAbsadjointDivToladjointMaxL2DeviationFactorapproxPCADPCviscPCuseDiagTSPCrestartAdjointadjointSolveradjointMaxIteradjointSubspaceSizeGMRESOrthogonalizationTypeadjointMonitorStepdissipationLumpingParameterpreconditionerSidematrixOrderingglobalPreconditionerlocalPreconditionerILUFillASMOverlapinnerPreconItsouterPreconItsapplyAdjointPCSubspaceSizefrozenTurbulenceuseMatrixFreedrdwskipAfterFailedAdjointfirstRunverifyStateverifySpatialverifyExtrasepSensorOffsetsepSensorSharpnesscavSensorOffsetcavSensorSharpnesscavExponentcomputeCavitation
- pyADflow API
- Solvers
- Performance
- Developers Guide
- Verification and Validation
- Citation
See Fortran code documentation here