BMW X5 External Aerodynamics in Augmented Reality

BMW X5 External Aerodynamics at 90 km/hr in Augmented Reality. Computational Fluid Dynamics (CFD) Simulation with OpenFOAM in Augmented Reality (AR). CFD results are post-processed with Paraview and Blender. ARCore SDK and Unity3D are then used to visualize the results in AR. In this video, turbulence (Lambda2 iso-surface, streamlines and cross-sections) are countured by velocity. Special attention has been given …

Domestic Fire & Smoke Indoor/Outdoor CFD Analysis in Augmented Reality

Fire & Smoke Indoor/Outdoor in Apartment Computational Fluid Dynamics Simulation performed with OpenFOAM. Rendering with Paraview, Blender and Unity3D. Smoke Iso-surfaces and Cross sections countoured with CO2 ppm concentration are displayed in Augmented Reality. This work aims to show the potential of AR and CFD Analysis in the area of Fire Prevention and Risk Analysis Combustion, Fire & Smoke Fire …

Formula 4 (F4) Racing Car CFD data in Augmented Reality (2017)

A Formula 4 (F4) car is augmented with Computational Fluid Dynamics (CFD) data obtained with 3 different Software (OpenFOAM, Cradle and Star CCM+). Both Cradle and Star CCM+ gave very similar Results (RANS) while OpenFOAM (LES) required a considerable amount of time. For this Reason the OpenFOAM’s results are neither included nor presented in this work. We chose to render …

Fire & Smoke CFD Analysis in Augmented Reality in a real Metro Station

LES CFD Analysis performed with Fire Dynamics Simulator (FDS) from NIST. Smoke iso-sorfaces are displayed in Augmented Reality (Unity3D Game Engine and ARCore SDK) and overlayed on a real Metro Station. Software used: FreeCAD, Blender with the BlenderFDS Plug-in, Paraview, Gimp and Unity3D. Smart Device used for the AR Experience: Samsung S8+ with Android 9.0 The main focus of this …