Indoor-outdoor domestic heat transfer
Description:
Computational Fluid Dynamics Analysis in Augmented Reality of Indoor Heating. This video concerns a CFD Thermal Analysis performed with OpenFOAM (chtSimpleFoam+chtFoam) + Paraview and rendered in Augmented Reality using Blender + Unity3D. This works aims to give an example of a practical use of CFD
Continued...
and Augmented Reality in everyday life. Energy consumption reduction (domestic heating and artificial lighting) & Daylight optimization represent the main goal of this short work. Augmented Reality can enhance information by overlaying 2D/3D content, supporting active optimization of all the design parameters involved.
Attachments:
| File Name | To view or download these files please go to the project page |
|---|
| FetchCFD_Home_HeatTransfer.part02.rar |
| FetchCFD_Home_HeatTransfer.part01.rar |
| FetchCFD_Home_HeatTransfer.part03.rar |
| FetchCFD_Home_HeatTransfer.part04.rar |
| FetchCFD_Home_HeatTransfer.part05.rar |
| Home_HT - 1.jpg |
| Home_HT - 2.jpg |
| Home_HT - 3.jpg |
| Home_HT - 4.jpg |
| Home_HT - 5.jpg |
| Home_HT - 6.jpg |
| Home_HT - 8.jpg |
| Home_HT - 7.jpg |
| Home_HT - 9.jpg |
| Home_HT - 10.jpg |
| Home_HT - 11.jpg |
| Home_HT - 12.jpg |
| Home_HT - 13.jpg |
| Home_HT - 14.jpg |
| Home_HT - 15.jpg |
| Home_HT - 16.jpg |
| Home_HT - 17.jpg |
| Home_HT_GLTF_0000.gltf |