Examples of using Openfoam in English and their translations into Russian
{-}
-
Official
-
Colloquial
On Optimizing OpenFOAM GPU Solvers.
Investigation of vibrofluidized granular layer modes using OpenFOAM.
Optimizations for linear solvers in OpenFOAM for MPI+ CUDA platform.
High-performance numerical simulation of stratified flows around a wedge in OpenFOAM.
MHD supersonic flow control: OpenFOAM simulation.
In this paper we investigated the modes of vibrofluidized layer using the package OpenFOAM.
Reads externally created native OpenFOAM cases, even for non-supported physics.
The numerical solution of the problem of stratified fluid flow around a wedge using OpenFOAM.
OpenFOAM iterative methods efficiency analysis for linear systems solving.
The best results were obtained in OpenFOAM and Gerris.
Schmidt MHD supersonic flow control: OpenFOAM simulation Proceedings of the Institute for System Programming.
Chashechkin High-performance numerical simulation of stratified flows around a wedge in OpenFOAM pp.
They are realized in five open-source packages: OpenFOAM, Gerris, pySPH, DualSPHysics, Kratos.
On application of GPUs for modelling of hydrodynamic characteristics of screw marine propellers in OpenFOAM package.
The Thermal module of SimScale uses OpenFOAM for solid-solid and fluid-solid thermal interaction problems.
Zaitseva Simulation of the wedge-shaped vibration-driven robot motion in the viscous fluid forced by different laws of internal mass movement in the package OpenFOAM pp.
Let Visual-CFD help you Seamlessly Integrate OpenFOAM into your Workflow.
Provides OpenFOAM user interface execution on remote Linux machines from local Linux machines, and local Windows machines, making it easier for windows users.
The numerical solution of the problem is carried out in the OpenFOAM open-source software package.
The computational algorithm is implemented using OpenFOAM parallel library that provides data structures and routines to work with the finite volume method and adaptive mesh.
With Visual-CFD, you can prepare CAD geometry, set up,solve and post-process an OpenFOAM case in a fully customizable environment.
OpenFOAM is a proven engineering tool for applied hydrodynamics numerical modeling which is typically characterized by complex geometries and large grids of 107-108 cells.
The conducted studies resulted in the receipt of the profiles for the HPC applications(LAMMPS, NAMD, GAMESS,GROMACS, OpenFOAM) and identification of the functions with the biggest energy consumption.
SimScale allows import of geometry in STEP, IGES, BREP, Rhinoceros 3D, Autodesk Inventor, SolidWorks, Parasolid, ACIS and STL formats;mesh in OpenFOAM, UNV, EGC, MED, CGNS formats.
ESI consultants also support our clients in the deployment of ESI's CFD technologies,such as OpenFOAM, ACE+ Suite, FASTRAN, PAM-FLOW by performing benchmarks, methodologies, and mentoring.
The paper presents the authors' experience in usage of the technological platform UniHUB for numerical simulation andcomputations of continuously stratified fluid flows based on the open source computational packages OpenFOAM, Salome and ParaView.
Special attention is paid to the problems of high-resolution computational grids construction,complex boundary conditions setting using the standard and extended OpenFOAM utilities, own solvers development, numerical data processing and visualization and running program codes in parallel on the JSCC RAS Cluster, as well.
Herewith Public HPC Cloud is focused on the placement of not only narrow tasks, but also of products with awide range of consumers, such as: OpenFoam, MM5, QC, FireFly, ABINIT, OOF, Salome, ParaView.
A software implementing algorithms for computation modeling of gas- andhydrodynamics numerical simulation in industrial applications based on OpenFOAM free software package was developed under the project.