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OpenFOAM: User Guide: OpenFOAM®: Open Source CFD

  • OpenFOAM is a free, open source CFD software package released free and open-source under the GNU General Public License through
  • It has a large user base across most areas of engineering and science, from both commercial and academic organisations
  • OpenFOAM has an extensive range of features to solve anything from complex fluid   DA: 16 PA: 33 MOZ Rank: 49

OpenFOAM The OpenScience Project

OpenFOAM Posted on March 8, 2005 by Dan Gezelter The OpenFOAM (Field Operation and Manipulation) software package can simulate anything from complex fluid flows involving chemical reactions, turbulence and heat transfer, to solid dynamics, …   DA: 15 PA: 10 MOZ Rank: 26

OpenFOAM And DAKOTA: A Complete Guide Damogran Labs

  • OpenFOAM and DAKOTA Installation
  • If you are reading this, you most probably already have OpenFOAM installed on your favorite platform
  • I’ll write instructions for installation of software I use because it’s not completely obvious and/or quirk-free
  • Even if no one needs that, I’ll have this guide as a note to self   DA: 16 PA: 46 MOZ Rank: 64

How To Get Mesh Information In OpenFOAM

  • What is OpenFOAM? OpenFOAM is free and open source software package distributed by OpenCFD Ltd and the OpenFOAM Foundation
  • It is an extensive C++ library which is used to solve computational continuum mechanic problems using the Finite Volume Method
  • Although, primarily developed for Computational Fluid Dynamics (CFD), OpenFOAM has an…   DA: 16 PA: 35 MOZ Rank: 54

Adding Turbulence Model To OpenFAOM

Solver: twoPhaseEulerFoam Compatible with: OpenFOAM 7, OpenFOAM 6, OpenFOAM v1912 Model: New physical models such as RAS turbulence model and drag model Note: You must be familiar with C++ programming Description: The solver twoPhaseEulerFoam solves a complete set of compressible balance equations including continuity, momentum and energy …   DA: 11 PA: 50 MOZ Rank: 65

How To Use Chemkin OpenFoam Converter To Simulate Methane

  • Copy the files and use the command “tar -xvzf Chemkin-OpenFoam-Methane-Flame-Simulation.tar.gz” to unzip the folder
  • This test case uses the Gri-Mech 3.0 kinetic mechanism
  • This detailed mechanism contains 325 reactions and 53 species
  • The chemistry file (grimech30.dat) and thermodynamics file (thermo30.dat) can be retrieved from the Gri   DA: 21 PA: 28 MOZ Rank: 54


OpenFOAMにて薄肉板内部に障害物を設置し、粒子と流体を流します。 粒子径は6mmの卓球ボールのような材質です。 溶媒は25度の水にしています。   DA: 17 PA: 25 MOZ Rank: 48

Basics Of OpenFOAM : Open Source CFD Solver

  • OpenFOAM is an open source CFD software which has a C++ library for more than 80 applications of CFD modeling
  • This solver has a large number of solvers and utilities covering a broad range of problems related to fluid flow
  • Any equation as a function of field variable like scalar, vector and tensors can be coded there in the Open FOAM framework .   DA: 22 PA: 20 MOZ Rank: 49

Multiphase (VOF) Simulation Project By Jozsef Nagy

  • Here you can download the presentation.; Here you can download the compressed case files (right click + save link as).; Detailed description
  • In this teaching session a simulation project is presented with a special focus on multiphase modeling (Volume-of-Fluid)
  • The basic idea is to show how to conduct a simulation project from a predefined geometry until post-processing.   DA: 17 PA: 50 MOZ Rank: 75


  • お世話になっております。 このたび、蒸発・凝縮現象を解析するための第一段階としてinterFoamへエネルギー式を導入しました。   DA: 17 PA: 25 MOZ Rank: 51

OpenFOAM Workshop 2021: Leveraging ParaView

  • ParaView is a nice compliment to OpenFOAM software, as it can directly open OpenFOAM simulation results and provide visualizations
  • It is important to note that ParaView is not the same thing as ParaFOAM
  • ParaFOAM is an outdated reader that is based on an older version of ParaView.   DA: 16 PA: 44 MOZ Rank: 70

FvOptions SemiImplicitSource CFD WITH A MISSION

  • When the source term is linearized as , the coefficient must always be less than or equal to zero
  • Linearized Source Specification for a Scalar Field in OpenFOAM
  • In OpenFOAM, the linearized source terms can be specified using SemiImplicitSource fvOption
  • Its settings are described in the constant/fvOptions file   DA: 9 PA: 38 MOZ Rank: 58

Important References For OpenFOAM Users And Developers

  • OpenFOAM forum on CFD online website: This is one of the most popular and active software user forums on CFD online website and comprises of various sub forums.If you have just started using OpenFOAM and you have a list of questions in your head, this is the place where you will most likely get answers to them.   DA: 16 PA: 50 MOZ Rank: 78

OpenFOAM Training Terms CFD Direct

  • To reserve a place on a training course, go to the OpenFOAM Training Schedule page
  • Once you have submitted your form you will be sent an automated email confirming your reservation has been sent
  • This email does not confirm that you are registered to attend the training.   DA: 10 PA: 25 MOZ Rank: 48

Description Of LaplacianFoam And Simple Validation

  • The laplacianFoam ( in OpenFOAM-4.x and earlier versions) doesn’t consider the heat generation and the implemented equation is
  • but the solver in the latest development version supports the fvOptions so that we can solve and specify a volumetric heat source
  • The variable DT represents the thermal   DA: 9 PA: 31 MOZ Rank: 54


お世話になっております。国家と申します。 現在、pimpleDyMFoam を用いて回転する角柱廻りの流れ場を解いていますが、解が発散してしまいます。   DA: 17 PA: 25 MOZ Rank: 57


OpenFOAM初心者のtiyotsuruというものです。 大学の研究でOpenFOAMを使っているのですが、inletとoutletの乱流(標準のk-ε)の設定がわかりません。 ある程度は調べてみたのですが、 epsilon R K nut(←この意味は?) nuTilda の値について inlet outlet wall   DA: 17 PA: 25 MOZ Rank: 58


  • 何かの名前のスペルミスをしている可能性が考えられますが、エラーメッセージの一部だけを切り取って質問しても他の人には判りません。
  • も合わせてアップロードしてください。
  • (OpenFOAMとは直接に関係ない   DA: 17 PA: 25 MOZ Rank: 59

Vortex Induced Vibration Of A 2D Cylinder

  • Four different non dimensional velocities are computed: U* = U oo /(f n D) = 4, 4.8, 5 and 8.5
  • U oo is the incoming flow velocity and f n = ω/(2 π) = (k / m) 0.5 /(2 π) is the natural frequency of the spring-mass system
  • The lowest and highest non-dimensional velocity correspond to cases in [7] where the shedding frequency is not synchronized with the spring-mass system and therefore low   DA: 17 PA: 50 MOZ Rank: 85

Automatic Mesh Refinement Using OpenFOAM®

  • Automatic refinement is achieved by referring to 0 mesh level
  • Thus, as refinement is possible, level 0 cells of the initial mesh can be refined three times
  • Initially, level 3 cells are present in the vicinity of the plate
  • These cells will not be refined.   DA: 16 PA: 50 MOZ Rank: 85

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