Temperature distribution of the department of energy systems (technical university of munich - tum)


  • Screenshot_2016-10-15-00-56-03.png
  • Screenshot_2016-10-15-02-15-27.png
  • Screenshot_2016-10-15-02-21-33.png
  • themal-simulation-building-visualized-in-augmented-reality-side-view-fetchcfd.jpg
  • themal-simulation-building-visualized-in-augmented-reality-fetchcfd.jpg
  • Temperature Distribution of the Department of Energy Systems (Technical University of Munich - TUM)

Description:

Temperature contour of the Department of Energy Systems in Munich (TUM) on 21st June.Simulation performed with ANSYS FLUENT with solar load modeler. RANS k-eps.Visualization in Augmented Reality using Vuforia SDK and Unity3D game Engine.Ready to mesh and run. Visualization in Augmented Reality using



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Unity-3D Game Engine and Vuforia AR SDK.Files .apk for Android and Target Pictures.To install the .apk file on your Android smart device, enable in Setting:"install from unknown sources".For the best Augmented Reality experience,print the Target image in color at regular A4 size.The Unity3D Package with 3D models to download.Unity3D (https://unity3d.com/get-unity/download) and Vuforia SDK (https://developer.vuforia.com/downloads/sdk) are free to use under specific conditions. This work can be re-used under the CC by License.


Attachments:

File Name | To view or download these files please go to the project page
L-E-S_TU_MUNICH_UNITY_PACKAGE.part2.rar
L_E_S_CF_time_14-00-good-ventilation.rar
L-E-S_TU_MUNICH_UNITY_PACKAGE.part3.rar
L-E-S_TU_MUNICH_UNITY_PACKAGE.part1.rar
README_Augmented_Reality_Installation.txt
LES_Department.apk
Stones-01.rar
Screenshot_2016-10-15-00-56-03.png
Screenshot_2016-10-15-02-15-27.png
Screenshot_2016-10-15-02-21-33.png
themal-simulation-building-visualized-in-augmented-reality-side-view-fetchcfd.jpg
themal-simulation-building-visualized-in-augmented-reality-fetchcfd.jpg