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テンプレートを用意しているので、新規ページには<nowiki>{{subst:OfTutTemplate}}</nowiki>と書いて一度保存後、編集してください。
XSim様がOpenFOAM v4.0についてチュートリアルのドキュメント化を完走されています。
[https://www.xsim.info/articles/OpenFOAM/Tutorials.html XSim:OpenFOAM 付属チュートリアル一覧]
== 標準tutorials ==
== 標準tutorials ==
* DNS(直接数値シミュレーション)
===DNS(直接数値シミュレーション)===
**dnsFoam:
*dnsFoam:




* Basic(基礎的なCFDコード)
===Basic(基礎的なCFDコード)===
**[[laplacianFoam:フランジの熱伝導解析]]
*[[laplacianFoam:フランジの熱伝導解析]]
**[[PotentialFoam:pitzDaily(ポテンシャル流れ)]]
*[[PotentialFoam:pitzDaily(ポテンシャル流れ)]]
**[[potentialFoam:円柱周りの流れ(ポテンシャル流れ)]]
*[[potentialFoam:円柱周りの流れ(ポテンシャル流れ)]]
**scalarTransportFoam: pitzDaily(パッシブスカラの輸送)
*[[scalarTransportFoam: pitzDaily(パッシブスカラの輸送)]]




* Combustion(燃焼)
===Combustion(燃焼)===
**chemFoam:燃焼反応 CH4 ( 53 化学種, 325 反応 )
*[[chemFoam:燃焼反応 CH4 ( 53 化学種, 325 反応 )]]
**chemFoam:燃焼反応 H2 ( 10 化学種, 27 反応 )
*[[chemFoam:燃焼反応 H2 ( 10 化学種, 27 反応 )]]
**chemFoam:燃焼反応 n-ヘプタン ( 544 化学種, 2446 反応 )
*[[chemFoam:燃焼反応 n-ヘプタン ( 544 化学種, 2446 反応 )]]
**chemFoam:燃焼反応 iso-オクタン ( 874 化学種, 3796 反応 )
*[[chemFoam:燃焼反応 iso-オクタン ( 874 化学種, 3796 反応 )]]
**dieselFoam:
*dieselFoam:
**engineFoam:
*engineFoam:
**fireFoam:
*fireFoam:
**PDRFoam:
*PDRFoam:
**reactingFoam:
*reactingFoam:
**XiFoam:  
*XiFoam:  




* Compressible(圧縮性流れ)
===Compressible(圧縮性流れ)===
**rhoCentralFoam:
*rhoCentralFoam:
**rhoPimpleFoam:
*rhoPimpleFoam:
**rhoPorousMRFLTSPimpleFoam:
*rhoPorousMRFLTSPimpleFoam:
**rhoPorousMRFPimpleFoam:
*rhoPorousMRFPimpleFoam:
**rhoPorousMRFSimpleFoam:
*rhoPorousMRFSimpleFoam:
**rhoSimplecFoam:
*rhoSimplecFoam:
**sonicFoam:
*sonicFoam:
**sonicLiquidFoam:
*sonicLiquidFoam:




**steadyCompressibleSRFFoam : 平板動翼の定常回転流れ場
*[[steadyCompressibleSRFFoam : 平板動翼の定常回転流れ場]]
**steadyCompressibleSRFFoam : 曲がった動翼の定常回転流れ場
*[[steadyCompressibleSRFFoam : 曲がった動翼の定常回転流れ場]]
**steadyCompressibleMRFFoam : 平板動静翼の定常回転流れ場
*[[steadyCompressibleMRFFoam : 平板動静翼の定常回転流れ場]]
**steadyCompressibleMRFFoam : 曲がった動静翼の定常回転流れ場
*[[steadyCompressibleMRFFoam : 曲がった動静翼の定常回転流れ場]]
**steadyUniversalMRFFoam : 軸流タービンのggiジャンプ
*[[steadyUniversalMRFFoam : 軸流タービンのggiジャンプ]]
**steadyUniversalMRFFoam : 軸流タービンのミキシングプレーン
*[[steadyUniversalMRFFoam : 軸流タービンのミキシングプレーン]]




* DiscreteMethods(離散法)
===DiscreteMethods(離散法)===
**dsmcFoam:freeSpacePeriodic
*dsmcFoam:freeSpacePeriodic
**dsmcFoam:freeSpaceStream
*dsmcFoam:freeSpaceStream
**dsmcFoam:supersonicCorner
*dsmcFoam:supersonicCorner
**dsmcFoam:wedge15Ma5
*dsmcFoam:wedge15Ma5
**molecularDynamics:mdEquilibrationFoam:periodicCubeArgon
*molecularDynamics:mdEquilibrationFoam:periodicCubeArgon
**molecularDynamics:mdEquilibrationFoam:periodicCubeWater
*molecularDynamics:mdEquilibrationFoam:periodicCubeWater
**molecularDynamics:mdFoam:nanoNozzle
*molecularDynamics:mdFoam:nanoNozzle




* Electromagnetics(電磁流体)
===Electromagnetics(電磁流体)===
**electrostaticFoam:chargedWire
*electrostaticFoam:chargedWire
**mhdFoam:hartmann
*mhdFoam:hartmann




* Finance(金融工学)
===Finance(金融工学)===
**financialFoam:ブラック・ショールズ方程式
*[[financialFoam:ブラック・ショールズ方程式]]




* HeatTransfer(熱輸送と浮力駆動流れ)
===HeatTransfer(熱輸送と浮力駆動流れ)===
**buoyantBaffleSimpleFoam:
*buoyantBaffleSimpleFoam:
**buoyantBoussinesqPisoFoam:hotroom:非定常浮力対流計算
*[[buoyantBoussinesqPisoFoam:hotroom:非定常浮力対流計算]]
**buoyantBoussinesqPimpleFoam:hotRoom
*buoyantBoussinesqPimpleFoam:hotRoom
**buoyantBoussinesqSimpleFoam:hotRoom
*buoyantBoussinesqSimpleFoam:hotRoom
**buoyantBoussinesqSimpleFoam:iglooWithFidges
*[[buoyantBoussinesqSimpleFoam:iglooWithFidges]]
**buoyantPimpleFoam:hotRoom
*buoyantPimpleFoam:hotRoom
**buoyantSimpleFoam:buoyantCavity
*[[buoyantSimpleFoam:buoyantCavity]]
**buoyantSimpleFoam:circuitBoardCooling
*[[buoyantSimpleFoam:circuitBoardCooling]]
**buoyantSimpleFoam:hotRoom
*[[buoyantSimpleFoam:hotRoom]]
**buoyantSimpleRadiationFoam:hotRadiationRoom
*buoyantSimpleRadiationFoam:hotRadiationRoom
**buoyantSimpleRadiationFoam:hotRadiationRoomFvDOM
*buoyantSimpleRadiationFoam:hotRadiationRoomFvDOM
**chtMultiRegionFoam:multiRegionHeater
*[[chtMultiRegionFoam:multiRegionHeater]]
**chtMultiRegionFoam:multiRegionLiquidHeater
*[[chtMultiRegionFoam:multiRegionLiquidHeater]]
**chtMultiRegionFoam:windshieldDefrost:氷層の融解シミュレーション
*[[chtMultiRegionFoam:windshieldDefrost:氷層の融解シミュレーション]]
**chtMultiRegionSimpleFoam:流体-固体熱連成解析(定常)
*[[chtMultiRegionSimpleFoam:流体-固体熱連成解析(定常)]]
**chtMultiRegionSimpleFoam:熱交換器とファン
*[[chtMultiRegionSimpleFoam:熱交換器とファン]]
**chtMultiRegionSimpleFoam:multiRegionHeaterRadiation
*chtMultiRegionSimpleFoam:multiRegionHeaterRadiation




* Incompressible(非圧縮性流れ)
===Incompressible(非圧縮性流れ)===
**adjointShapeOptimizationFoam:pitzDaily
*adjointShapeOptimizationFoam:pitzDaily
**boundaryFoam:平行平板間の発達した境界層の壁関数プロファイル
*[[boundaryFoam:平行平板間の発達した境界層の壁関数プロファイル]]
**channelFoam:
*channelFoam:
**icoFoam:
*icoFoam:
**MRFSimpleFoam:回転攪拌槽の流れ
*[[MRFSimpleFoam:回転攪拌槽の流れ]]
**nonNewtonianIcoFoam:流路中心から外れた円柱周りの流れ
*[[nonNewtonianIcoFoam:流路中心から外れた円柱周りの流れ]]
**pimpleDyMFoam:スクリューの回転流れ場
*[[pimpleDyMFoam:スクリューの回転流れ場]]
**pimpleDyMFoam: 円筒容器内での台形型ピストン押し込み流れ
*[[pimpleDyMFoam: 円筒容器内での台形型ピストン押し込み流れ]]
**pimpleDyMFoam: 気流中にバネで懸架された翼型の6自由度剛体運動
*[[pimpleDyMFoam: 気流中にバネで懸架された翼型の6自由度剛体運動]]
**pimpleFoam:T型分岐管の流れ
*[[pimpleFoam:T型分岐管の流れ]]
**pimpleFoam:T型分岐管の流れ(ファン付き)
*[[pimpleFoam:T型分岐管の流れ(ファン付き)]]
**pimpleFoam:楕円柱周りの流れ(乱流モデル比較)
*[[pimpleFoam:楕円柱周りの流れ(乱流モデル比較)]]
**pisoFoam:pitzDaily(LES)
*[[pisoFoam:pitzDaily(LES)]]
**porousSimpleFoam:
*porousSimpleFoam:
**potentialFreeSurfaceFoam:浮子の振動で生じる表面のさざ波
*[[potentialFreeSurfaceFoam:浮子の振動で生じる表面のさざ波]]
**shallowWaterFoam:浅水方程式による矩形段差流れ
*[[shallowWaterFoam:浅水方程式による矩形段差流れ]]
**simpleFoam:pitzDaily
*[[simpleFoam:pitzDaily]]
**simpleFoam(windSimpleFoam):風力発電所の風環境シミュレーション
*[[simpleFoam(windSimpleFoam):風力発電所の風環境シミュレーション]]
**SRFSimpleFoam:
*SRFSimpleFoam:




**simpleSRFFoam : 軸流タービン動翼の定常非圧縮回転流れ場
*simpleSRFFoam : 軸流タービン動翼の定常非圧縮回転流れ場
**simpleSRFFoam : ミキサー動翼の定常非圧縮回転流れ場
*simpleSRFFoam : ミキサー動翼の定常非圧縮回転流れ場
**MRFSimpleFoam : 軸流タービン動静翼ggi定常回転流れ場
*MRFSimpleFoam : 軸流タービン動静翼ggi定常回転流れ場
**MRFSimpleFoam : 軸流タービンのミキシングプレーン
*MRFSimpleFoam : 軸流タービンのミキシングプレーン
**MRFSimpleFoam : ミキサー動静翼ggi定常回転流れ場
*MRFSimpleFoam : ミキサー動静翼ggi定常回転流れ場
**pimpleDyMFoam : 軸流タービンの非定常回転流れ場
*pimpleDyMFoam : 軸流タービンの非定常回転流れ場




* Lagrangian(ラグランジュ法による粒子追跡)
===Lagrangian(ラグランジュ法による粒子追跡)===
**DPMFoam:Goldschmidt
*DPMFoam:Goldschmidt
**coalChemistryFoam:simplifiedSiwek
*coalChemistryFoam:simplifiedSiwek
**icoUncoupledKinematicParcelFoam:hopper
*icoUncoupledKinematicParcelFoam:hopper
**LTSReactingParcelFoam:counterFlowFlame2D
*LTSReactingParcelFoam:counterFlowFlame2D
**LTSReactingParcelFoam:verticalChannel
*LTSReactingParcelFoam:verticalChannel
**MPPICFoam:Goldschmidt
*MPPICFoam:Goldschmidt
**MPPICFoam:column
*MPPICFoam:column
**MPPICFoam:cyclone
*MPPICFoam:cyclone
**MPPICFoam:injectionChannel
*MPPICFoam:injectionChannel
**porousExplicitSourceReactingParcelFoam:
*porousExplicitSourceReactingParcelFoam:
**reactingParcelFilmFoam:cylinder
*reactingParcelFilmFoam:cylinder
**reactingParcelFilmFoam:hotBoxes
*reactingParcelFilmFoam:hotBoxes
**reactingParcelFilmFoam:rivuletPanel
*reactingParcelFilmFoam:rivuletPanel
**reactingParcelFilmFoam:splashPanel
*reactingParcelFilmFoam:splashPanel
**reactingParcelFoam:filter
*reactingParcelFoam:filter
**reactingParcelFoam:parcelInBox
*reactingParcelFoam:parcelInBox
**reactingParcelFoam:verticalChannel
*reactingParcelFoam:verticalChannel
**simpleReactingParcelFoam:verticalChannel
*simpleReactingParcelFoam:verticalChannel
**sprayFoam:aachenBomb
*sprayFoam:aachenBomb




* Mesh(メッシュ)
===Mesh(メッシュ)===
**foamyHexMesh:blob
*foamyHexMesh:blob
**foamyHexMesh:flange
*foamyHexMesh:flange
**foamyHexMesh:mixerVessel
*foamyHexMesh:mixerVessel
**foamyHexMesh:simpleShapes
*foamyHexMesh:simpleShapes
**foamyHexMesh:straightDuctImplicit
*foamyHexMesh:straightDuctImplicit
**foamyQuadMesh:OpenCFD
*foamyQuadMesh:OpenCFD
**foamyQuadMesh:jaggedBoundary
*foamyQuadMesh:jaggedBoundary
**foamyQuadMesh:square
*foamyQuadMesh:square
**moveDynamicMesh:simpleHarmonicMotion
*[[moveDynamicMesh:simpleHarmonicMotion]]
**moveDynamicMesh:SnakeRiverCanyon
*[[moveDynamicMesh:SnakeRiverCanyon]]
**snappyHexMesh:flange
*snappyHexMesh:flange
**snappyHexMesh:iglooWithFridges
*snappyHexMesh:iglooWithFridges
**snappyHexMesh:motorBike
*snappyHexMesh:motorBike
**snappyHexMesh:snappyMultiRegionHeater
*snappyHexMesh:snappyMultiRegionHeater




* Multiphase(多相流)
===Multiphase(多相流)===
**bubbleFoam:
*bubbleFoam:
**cavitatingFoam:フラッシング解析(ras)
*[[cavitatingFoam:フラッシング解析(ras)]]
**cavitatingFoam:フラッシング解析(2D-LES)
*[[cavitatingFoam:フラッシング解析(2D-LES)]]
**cavitatingFoam:フラッシング解析(3D-LES)
*[[cavitatingFoam:フラッシング解析(3D-LES)]]
**compressibleInterFoam:水中爆雷2D
*[[compressibleInterFoam:水中爆雷2D]]
**compressibleInterFoam:水中爆雷3D
*compressibleInterFoam:水中爆雷3D
**compressibletwoPhaseEulerFoam:
*compressibletwoPhaseEulerFoam:
**interDyMFoam:撹拌槽内の流れ
*[[interDyMFoam:撹拌槽内の流れ]]
**interDyMFoam:二次元スロッシングタンク
*interDyMFoam:二次元スロッシングタンク
**interDyMFoam:三次元スロッシングタンク
*interDyMFoam:三次元スロッシングタンク
**interFoam:ダム(水柱)の決壊
*[[interFoam:ダム(水柱)の決壊]]
**interFoam:毛細管現象
*[[interFoam:毛細管現象]]
**interFoam:ノズル噴流2D
*[[interFoam:ノズル噴流2D]]
**interFoam:水路
*[[interFoam:水路]]
**interFoam:越流堰
*[[interFoam:越流堰]]
**interFoam:傾斜ダクトの下面から注入した水が上面から溢れ出る挙動
*[[interFoam:傾斜ダクトの下面から注入した水が上面から溢れ出る挙動]]
**interMixingFoam:
*interMixingFoam:
**interPhaseChangeFoam:弾丸周りのキャビテーション流れ
*[[interPhaseChangeFoam:弾丸周りのキャビテーション流れ]]
**interPhaseChangeDyMFoam:プロペラのキャビテーション解析
*[[interPhaseChangeDyMFoam:プロペラのキャビテーション解析]]
**LTSInterFoam:
*LTSInterFoam:
**MRFInterFoam:回転撹拌槽の二相流
*[[MRFInterFoam:回転撹拌槽の二相流]]
**MRFMultiphaseInterFoam:多相ダム(水柱)の決壊
*[[MRFMultiphaseInterFoam:多相ダム(水柱)の決壊]]
**multiphaseInterFoam:2D回転撹拌槽の混相流
*[[multiphaseInterFoam:2D回転撹拌槽の混相流]]
**multiphaseEulerFoam:2D回転撹拌槽の混相流
*[[multiphaseEulerFoam:2D回転撹拌槽の混相流]]
**multiphaseInterFoam:
*multiphaseInterFoam:
**potentialFreeSurfaceDyMFoam:浮子の振動で生じる表面のさざ波
*[[potentialFreeSurfaceDyMFoam:浮子の振動で生じる表面のさざ波]]
**settlingFoam:
*settlingFoam:
**twoPhaseEulerFoam:fluidized bed
*twoPhaseEulerFoam:fluidized bed
**twoPhaseEulerFoam:fluidized bed2
*twoPhaseEulerFoam:fluidized bed2
**twoPhaseEulerFoam:気泡塔
*[[twoPhaseEulerFoam:気泡塔]]
**twoPhaseEulerFoam:回転撹拌槽
*twoPhaseEulerFoam:回転撹拌槽
**twoPhaseEulerFoam:液中への気体注入
*[[twoPhaseEulerFoam:液中への気体注入]]




* StressAnalysis(固体応力解析)
===StressAnalysis(固体応力解析)===
**solidDisplacementFoam:円孔板の応力解析
*[[solidDisplacementFoam:円孔板の応力解析]]
**solidEquilibriumDisplacementFoam:はりの曲げ解析
*[[solidEquilibriumDisplacementFoam:はりの曲げ解析]]




==ext版tutorials==
==ext版tutorials==
* coupled(領域の連成)
===coupled(領域の連成)===
**conjugateHeatFoam : conjugateCavity
*conjugateHeatFoam : conjugateCavity
**blockCoupledScalarTransportFoam : blockCoupledSwirlTest
*blockCoupledScalarTransportFoam : blockCoupledSwirlTest




* surfaceTracking(界面追跡法)
===surfaceTracking(界面追跡法)===
**surfactantFoam : sphereTransport
*[[surfactantFoam : sphereTransport]]
**interTrackFoam : tank3D 3次元タンク内液面変化
*[[interTrackFoam : tank3D 3次元タンク内液面変化]]
**interTrackFoam : sloshing2D 2次元スロッシング
*[[interTrackFoam : sloshing2D 2次元スロッシング]]
**interTrackFoam : ramp 傾斜がある場所での自由表面流れ
*[[interTrackFoam : ramp 傾斜がある場所での自由表面流れ]]
**interTrackFoam : hydrofoil 翼近くの自由表面変形問題
*[[interTrackFoam : hydrofoil 翼近くの自由表面変形問題]]
**bubbleInterTrackFoam : bubble2D_r0.75mm : 気泡の変形
*[[bubbleInterTrackFoam : bubble2D_r0.75mm : 気泡の変形]]




* viscoelastic(粘弾性流体)
===viscoelastic(粘弾性流体)===
**viscoelasticFluidFoam : XPP_SE
*viscoelasticFluidFoam : XPP_SE
**viscoelasticFluidFoam : XPP_DE
*viscoelasticFluidFoam : XPP_DE
**viscoelasticFluidFoam : whiteMetzer
*viscoelasticFluidFoam : whiteMetzer
**viscoelasticFluidFoam : S-MDCPP
*viscoelasticFluidFoam : S-MDCPP
**viscoelasticFluidFoam : PPT-Linear
*viscoelasticFluidFoam : PPT-Linear
**viscoelasticFluidFoam : PPT-Exponential
*viscoelasticFluidFoam : PPT-Exponential
**viscoelasticFluidFoam : Oldroyd-B
*viscoelasticFluidFoam : Oldroyd-B
**viscoelasticFluidFoam : Lenov
*viscoelasticFluidFoam : Lenov
**viscoelasticFluidFoam : Giesekus
*viscoelasticFluidFoam : Giesekus
**viscoelasticFluidFoam : Feta-PTT
*viscoelasticFluidFoam : Feta-PTT
**viscoelasticFluidFoam : DCPP
*viscoelasticFluidFoam : DCPP
**viscoelasticFluidFoam : FENE-P
*viscoelasticFluidFoam : FENE-P
**viscoelasticFluidFoam : FENE-CR
*viscoelasticFluidFoam : FENE-CR




* cfMesh(メッシュ)
===[[cfMesh(メッシュ)]]===
**cartesian2DMesh:hatOctree
*cartesian2DMesh:hatOctree
**cartesianMesh:asmoOctree
*cartesianMesh:asmoOctree
**cartesianMesh:bunnyOctree
*cartesianMesh:bunnyOctree
**cartesianMesh:elbow_90degree
*cartesianMesh:elbow_90degree
**cartesianMesh:intakePortOctree
*cartesianMesh:intakePortOctree
**cartesianMesh:multipleOrifices
*cartesianMesh:multipleOrifices
**cartesianMesh:sBendOctree
*cartesianMesh:sBendOctree
**cartesianMesh:sawOctree
*cartesianMesh:sawOctree
**cartesianMesh:ship5415Octree
*cartesianMesh:ship5415Octree
**cartesianMesh:singleOrifice
*cartesianMesh:singleOrifice
**pMesh:bunnyPoly
*pMesh:bunnyPoly
**pMesh:multipleOrifices
*pMesh:multipleOrifices
**tetMesh:cutCubeOctree
*tetMesh:cutCubeOctree
**tetMesh:socketOctree
*tetMesh:socketOctree

2024年11月8日 (金) 17:06時点における最新版

ドキュメント作成される方は既存ページをご参考の上、基本情報の表を各ページにお書きください。それ以外の記載はご自由にどうぞ。

テンプレートを用意しているので、新規ページには{{subst:OfTutTemplate}}と書いて一度保存後、編集してください。


XSim様がOpenFOAM v4.0についてチュートリアルのドキュメント化を完走されています。

XSim:OpenFOAM 付属チュートリアル一覧


標準tutorials

DNS(直接数値シミュレーション)

  • dnsFoam:


Basic(基礎的なCFDコード)


Combustion(燃焼)


Compressible(圧縮性流れ)

  • rhoCentralFoam:
  • rhoPimpleFoam:
  • rhoPorousMRFLTSPimpleFoam:
  • rhoPorousMRFPimpleFoam:
  • rhoPorousMRFSimpleFoam:
  • rhoSimplecFoam:
  • sonicFoam:
  • sonicLiquidFoam:



DiscreteMethods(離散法)

  • dsmcFoam:freeSpacePeriodic
  • dsmcFoam:freeSpaceStream
  • dsmcFoam:supersonicCorner
  • dsmcFoam:wedge15Ma5
  • molecularDynamics:mdEquilibrationFoam:periodicCubeArgon
  • molecularDynamics:mdEquilibrationFoam:periodicCubeWater
  • molecularDynamics:mdFoam:nanoNozzle


Electromagnetics(電磁流体)

  • electrostaticFoam:chargedWire
  • mhdFoam:hartmann


Finance(金融工学)


HeatTransfer(熱輸送と浮力駆動流れ)


Incompressible(非圧縮性流れ)


  • simpleSRFFoam : 軸流タービン動翼の定常非圧縮回転流れ場
  • simpleSRFFoam : ミキサー動翼の定常非圧縮回転流れ場
  • MRFSimpleFoam : 軸流タービン動静翼ggi定常回転流れ場
  • MRFSimpleFoam : 軸流タービンのミキシングプレーン
  • MRFSimpleFoam : ミキサー動静翼ggi定常回転流れ場
  • pimpleDyMFoam : 軸流タービンの非定常回転流れ場


Lagrangian(ラグランジュ法による粒子追跡)

  • DPMFoam:Goldschmidt
  • coalChemistryFoam:simplifiedSiwek
  • icoUncoupledKinematicParcelFoam:hopper
  • LTSReactingParcelFoam:counterFlowFlame2D
  • LTSReactingParcelFoam:verticalChannel
  • MPPICFoam:Goldschmidt
  • MPPICFoam:column
  • MPPICFoam:cyclone
  • MPPICFoam:injectionChannel
  • porousExplicitSourceReactingParcelFoam:
  • reactingParcelFilmFoam:cylinder
  • reactingParcelFilmFoam:hotBoxes
  • reactingParcelFilmFoam:rivuletPanel
  • reactingParcelFilmFoam:splashPanel
  • reactingParcelFoam:filter
  • reactingParcelFoam:parcelInBox
  • reactingParcelFoam:verticalChannel
  • simpleReactingParcelFoam:verticalChannel
  • sprayFoam:aachenBomb


Mesh(メッシュ)

  • foamyHexMesh:blob
  • foamyHexMesh:flange
  • foamyHexMesh:mixerVessel
  • foamyHexMesh:simpleShapes
  • foamyHexMesh:straightDuctImplicit
  • foamyQuadMesh:OpenCFD
  • foamyQuadMesh:jaggedBoundary
  • foamyQuadMesh:square
  • moveDynamicMesh:simpleHarmonicMotion
  • moveDynamicMesh:SnakeRiverCanyon
  • snappyHexMesh:flange
  • snappyHexMesh:iglooWithFridges
  • snappyHexMesh:motorBike
  • snappyHexMesh:snappyMultiRegionHeater


Multiphase(多相流)


StressAnalysis(固体応力解析)


ext版tutorials

coupled(領域の連成)

  • conjugateHeatFoam : conjugateCavity
  • blockCoupledScalarTransportFoam : blockCoupledSwirlTest


surfaceTracking(界面追跡法)


viscoelastic(粘弾性流体)

  • viscoelasticFluidFoam : XPP_SE
  • viscoelasticFluidFoam : XPP_DE
  • viscoelasticFluidFoam : whiteMetzer
  • viscoelasticFluidFoam : S-MDCPP
  • viscoelasticFluidFoam : PPT-Linear
  • viscoelasticFluidFoam : PPT-Exponential
  • viscoelasticFluidFoam : Oldroyd-B
  • viscoelasticFluidFoam : Lenov
  • viscoelasticFluidFoam : Giesekus
  • viscoelasticFluidFoam : Feta-PTT
  • viscoelasticFluidFoam : DCPP
  • viscoelasticFluidFoam : FENE-P
  • viscoelasticFluidFoam : FENE-CR


cfMesh(メッシュ)

  • cartesian2DMesh:hatOctree
  • cartesianMesh:asmoOctree
  • cartesianMesh:bunnyOctree
  • cartesianMesh:elbow_90degree
  • cartesianMesh:intakePortOctree
  • cartesianMesh:multipleOrifices
  • cartesianMesh:sBendOctree
  • cartesianMesh:sawOctree
  • cartesianMesh:ship5415Octree
  • cartesianMesh:singleOrifice
  • pMesh:bunnyPoly
  • pMesh:multipleOrifices
  • tetMesh:cutCubeOctree
  • tetMesh:socketOctree