filmov
tv
OpenFOAM® tutorial : Fan and Fins - Conjugate heat transfert
Показать описание
This tutorial shows how to set up a numerical model with conjugated heat transfer using the chtMultiRegionFoam solver. The case configuration is a fan cooling a finned radiator mounted on a heat dissipating component. The fan is modeled through specific boundary conditions simulating a zero-thickness actuator disk. The tutorial uses many advanced features of OpenFOAM® to efficiently simulate industrial heat transfer applications:
chhtMultiRegionFoam with 3 domains (1 fluid and 2 solids), transient and turbulent flow, perfect gas.
snappyHexMesh in multi-regions framework with boundary layer insertion.
fan modeling (pressure and tangential velocity jump) using performance curve p = f (U).
source term for heat generation in a solid element.
CFD-training does not give any warranty to the numerical results obtained within this tutorial due to the absence of verification or validation.
chhtMultiRegionFoam with 3 domains (1 fluid and 2 solids), transient and turbulent flow, perfect gas.
snappyHexMesh in multi-regions framework with boundary layer insertion.
fan modeling (pressure and tangential velocity jump) using performance curve p = f (U).
source term for heat generation in a solid element.
CFD-training does not give any warranty to the numerical results obtained within this tutorial due to the absence of verification or validation.
0:00:21
OpenFOAM® tutorial : Fan and Fins - Conjugate heat transfert
0:11:14
Complete OpenFOAM tutorial - from geometry creation to postprocessing
0:43:14
Rotating mesh simulation project tutorial in OpenFOAM (mesh and simulation)
0:16:53
Simulation of a Propeller in openFOAM Tutorial: Part 1/2
0:14:03
Open Foam Tutorial: Simulation with 3D Geometry (.stl)
0:07:56
Modeling and Analysis between 5 Newtonian Fluids in OpenFOAM - Tutorial
0:00:41
HVAC Simulation of Städele (Buoyancy Effect) ∇ OpenFOAM®
0:01:48
Overset grid in OpenFOAM
0:24:30
FreeCAD and OpenFOAM tutorial - case preparation and simulations with CfdOF
0:00:58
FluidX3D - A New Era of Computational Fluid Dynamics
0:00:28
CFD simulation of a planing hull in OpenFOAM
0:00:17
OpenFOAM hopper tutorial
0:00:41
OpenFOAM® tutorial : gear pump tutorial (overset mesh)
0:03:33
Introduction to Computational Fluid Dynamics (CFD)
0:10:56
OpenFOAM 3D Wing Tutorial: pimpleFoam, AMI, and Advanced Post-Processing
0:06:24
Basics of CFD using OpenFOAM | Skill-Lync
![[Community video] -](https://i.ytimg.com/vi/CaAs2YpS8Sg/hqdefault.jpg)
0:06:24
[Community video] - New official tutorial - Rotating movement
0:10:04
OpenFOAM Adaptive Mesh Tutorial: Modifying the Dam Break case for AMR
0:17:39
Use CFD to take your 3D printed designs to the next level - for free!
![[16th OpenFOAM Workshop]](https://i.ytimg.com/vi/Lnu4muOXV0Q/hqdefault.jpg)
0:59:49
[16th OpenFOAM Workshop] Fluid Structure Interaction and Solid Mechanics I
0:01:01
The Beauty of Computational Fluid Dynamics (CFD Simulation) ∇ OpenFOAM®
1:09:11
Overset mesh simulation project tutorial in OpenFOAM (mesh and simulation)
0:02:58
🥇 OpenFOAM vs ANSYS CFX - Rectangular Weir
1:01:35
Conjugate Heat Transfer in OpenFOAM | Basic | chtMultiRegionFoam
Комментарии