External Flow Dynamics of Ferrari F...

Temperature contour of the Departme...

CFD Analysis in Augmented Reality o ...

The Augmented/Mixed Reality is a te This tutorial explains what Augmented Reality is and how to successfully apply AR to Numerical Computing step by step....

This project is about the "in-situ"...

Turbulent Combustion in High Rise B Wind blowing at 10 km/hr from the east side of the city (behind the tallest building). Computational Fluid Dynamics run using the fireFOAM solver from OpenFOAM. The main goal of this work is to explore both the potentials and limits of Augmented Reality at night (severe low light conditions) on high aspect ratio objects. AR Rendering with Unity3D, CFD Rendering with Paraview, Blender and Gimp....

BMW X5 External Aerodynamics (Virtu CFD results are post-processed with Paraview and Blender and then uploaded into Unity3D. The enclosed CAD .stl and .obj is not mine, I downloaded it from: https://cgdownloads.com/download-bmw-x5-g05-m-sport-2019-3d-model-free/...

OpenFOAM (chtPimpleFoam) simulation STLs model of the car downloaded from Thingverse (https://www.thingiverse.com/thing:3021924). From Paraview, export files in .gltf format, then in Blender convert .gltf files in collada (.dae) or similarly .3ds/.obj. Simply upload .dae or .3ds files in Unity3D and follow some basic tutorial for AR. The OpenFOAM files include rotating wheels and sliding pavement syncronized with time dependent air velocity inlet conditiom. Variable time step and 0.2s as saving time. Constant acceleration 1 mph/s (just to make it easy to implement). To fully reach 88mph, the 0-88mph simulation runs for 91s, while for the 88-0mph it runs for 1s only and files are saved every 0.02s (just to reproduce some turbulence lasting effect)....

External Flow Dynamics using Star-C...

1-way multi-phase Computational Flu...

This Project is about an Alfa Romeo The 3D CAD model had been downloaded from one of the several repositories of the Internet where 3D artists make their work available for download. Therefore, the CAD was not accurate and its dimensions not precise with respect to the real car. In the related video, one can see that using an image target that is too small compared to the main dimensions of the car may introduce a distorsion due to wrong perspective (i.e., parallax problem)....

Fire and Smoke CFD simulation using Full Article available at: https://www.linkedin.com/pulse/fire-smoke-augmented-reality-marco-losurdo/...

Computational Fluid Dynamics (CFD),...

Computational Fluid Dynamics Analys Augmented Reality can enhance information by overlaying 2D/3D content, supporting active optimization of all the design parameters involved....

Fire High Rise Building: CFD Fire S The CFD Simulation performed with Fire Dynamics Simulator (FDS) aims to enhance the potentials of Computational Fluid Dynamics to support Smart Fire Prevention. This work follows the development of previous works, based on the same strategy...

CFD Simulation of an AUDI Q7 at 90k AUDI Q7 3D Artist (Original 3D File): https://www.cgtrader.com/free-3d-models/car/suv/audi-q7-e6252892-1c91-479f-87e0-5a0fb98760be...

CFD Wind Analysis of the Valley of This works represents the first part of an ongoing project aiming of extending CFD and AR to support environmental impact of civil constructions and wildfire prevention....

LES CFD Analysis performed with Fir 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 work is to show the potential of Augmented Reality for Fire Prevention and Investigations. Transparency set at 0.6 shading from white to black mimics the real smoke visibility that may occur in a real fire event...

Fire & Smoke Indoor/Outdoor in Apar 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. In this project both OpenFOAM (fireFoam) and Fire Dynamics Simulation (FDS) files are uploaded. FDS Files are processed with BlenderFDS and Blender 2.79b...

This work is about a CFD anylysis o...

Indoor Air Conditioning (HVAC) CFD Computational Fluid Dynamics Simulation of a commercial HVAC System. 7 min. physical time computed with OpenFOAM. CFD Post-Processing with Paraview, AR Processing in Unity3D and Google ARCore SDK. AR App compiled for Samsung S8+. The simulation is featured with Temperature ISO-Surfaces, Gliph Vectors and Velocity Cross-Sections...

External Flow Dynamics of Ferrari F...

Fire and Smoke CFD simulation using Full Article available at: https://www.linkedin.com/pulse/fire-smoke-augmented-reality-marco-losurdo/...

This Project is about an Alfa Romeo The 3D CAD model had been downloaded from one of the several repositories of the Internet where 3D artists make their work available for download. Therefore, the CAD was not accurate and its dimensions not precise with respect to the real car. In the related video, one can see that using an image target that is too small compared to the main dimensions of the car may introduce a distorsion due to wrong perspective (i.e., parallax problem)....

External Flow Dynamics using Star-C...

The Augmented/Mixed Reality is a te This tutorial explains what Augmented Reality is and how to successfully apply AR to Numerical Computing step by step....

This project is about the "in-situ"...

1-way multi-phase Computational Flu...

CFD Analysis in Augmented Reality o ...

Temperature contour of the Departme...

Computational Fluid Dynamics (CFD),...

BMW X5 External Aerodynamics (Virtu CFD results are post-processed with Paraview and Blender and then uploaded into Unity3D. The enclosed CAD .stl and .obj is not mine, I downloaded it from: https://cgdownloads.com/download-bmw-x5-g05-m-sport-2019-3d-model-free/...

This work is about a CFD anylysis o...

Fire High Rise Building: CFD Fire S The CFD Simulation performed with Fire Dynamics Simulator (FDS) aims to enhance the potentials of Computational Fluid Dynamics to support Smart Fire Prevention. This work follows the development of previous works, based on the same strategy...

OpenFOAM (chtPimpleFoam) simulation STLs model of the car downloaded from Thingverse (https://www.thingiverse.com/thing:3021924). From Paraview, export files in .gltf format, then in Blender convert .gltf files in collada (.dae) or similarly .3ds/.obj. Simply upload .dae or .3ds files in Unity3D and follow some basic tutorial for AR. The OpenFOAM files include rotating wheels and sliding pavement syncronized with time dependent air velocity inlet conditiom. Variable time step and 0.2s as saving time. Constant acceleration 1 mph/s (just to make it easy to implement). To fully reach 88mph, the 0-88mph simulation runs for 91s, while for the 88-0mph it runs for 1s only and files are saved every 0.02s (just to reproduce some turbulence lasting effect)....

Computational Fluid Dynamics Analys Augmented Reality can enhance information by overlaying 2D/3D content, supporting active optimization of all the design parameters involved....

CFD Simulation of an AUDI Q7 at 90k AUDI Q7 3D Artist (Original 3D File): https://www.cgtrader.com/free-3d-models/car/suv/audi-q7-e6252892-1c91-479f-87e0-5a0fb98760be...

Indoor Air Conditioning (HVAC) CFD Computational Fluid Dynamics Simulation of a commercial HVAC System. 7 min. physical time computed with OpenFOAM. CFD Post-Processing with Paraview, AR Processing in Unity3D and Google ARCore SDK. AR App compiled for Samsung S8+. The simulation is featured with Temperature ISO-Surfaces, Gliph Vectors and Velocity Cross-Sections...

LES CFD Analysis performed with Fir 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 work is to show the potential of Augmented Reality for Fire Prevention and Investigations. Transparency set at 0.6 shading from white to black mimics the real smoke visibility that may occur in a real fire event...

Turbulent Combustion in High Rise B Wind blowing at 10 km/hr from the east side of the city (behind the tallest building). Computational Fluid Dynamics run using the fireFOAM solver from OpenFOAM. The main goal of this work is to explore both the potentials and limits of Augmented Reality at night (severe low light conditions) on high aspect ratio objects. AR Rendering with Unity3D, CFD Rendering with Paraview, Blender and Gimp....

CFD Wind Analysis of the Valley of This works represents the first part of an ongoing project aiming of extending CFD and AR to support environmental impact of civil constructions and wildfire prevention....

Fire & Smoke Indoor/Outdoor in Apar 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. In this project both OpenFOAM (fireFoam) and Fire Dynamics Simulation (FDS) files are uploaded. FDS Files are processed with BlenderFDS and Blender 2.79b...

CFD Simulation of an AUDI Q7 at 90k AUDI Q7 3D Artist (Original 3D File): https://www.cgtrader.com/free-3d-models/car/suv/audi-q7-e6252892-1c91-479f-87e0-5a0fb98760be...

Indoor Air Conditioning (HVAC) CFD Computational Fluid Dynamics Simulation of a commercial HVAC System. 7 min. physical time computed with OpenFOAM. CFD Post-Processing with Paraview, AR Processing in Unity3D and Google ARCore SDK. AR App compiled for Samsung S8+. The simulation is featured with Temperature ISO-Surfaces, Gliph Vectors and Velocity Cross-Sections...

Computational Fluid Dynamics Analys Augmented Reality can enhance information by overlaying 2D/3D content, supporting active optimization of all the design parameters involved....

BMW X5 External Aerodynamics (Virtu CFD results are post-processed with Paraview and Blender and then uploaded into Unity3D. The enclosed CAD .stl and .obj is not mine, I downloaded it from: https://cgdownloads.com/download-bmw-x5-g05-m-sport-2019-3d-model-free/...

Fire & Smoke Indoor/Outdoor in Apar 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. In this project both OpenFOAM (fireFoam) and Fire Dynamics Simulation (FDS) files are uploaded. FDS Files are processed with BlenderFDS and Blender 2.79b...

CFD Wind Analysis of the Valley of This works represents the first part of an ongoing project aiming of extending CFD and AR to support environmental impact of civil constructions and wildfire prevention....

Turbulent Combustion in High Rise B Wind blowing at 10 km/hr from the east side of the city (behind the tallest building). Computational Fluid Dynamics run using the fireFOAM solver from OpenFOAM. The main goal of this work is to explore both the potentials and limits of Augmented Reality at night (severe low light conditions) on high aspect ratio objects. AR Rendering with Unity3D, CFD Rendering with Paraview, Blender and Gimp....

Fire High Rise Building: CFD Fire S The CFD Simulation performed with Fire Dynamics Simulator (FDS) aims to enhance the potentials of Computational Fluid Dynamics to support Smart Fire Prevention. This work follows the development of previous works, based on the same strategy...

LES CFD Analysis performed with Fir 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 work is to show the potential of Augmented Reality for Fire Prevention and Investigations. Transparency set at 0.6 shading from white to black mimics the real smoke visibility that may occur in a real fire event...

OpenFOAM (chtPimpleFoam) simulation STLs model of the car downloaded from Thingverse (https://www.thingiverse.com/thing:3021924). From Paraview, export files in .gltf format, then in Blender convert .gltf files in collada (.dae) or similarly .3ds/.obj. Simply upload .dae or .3ds files in Unity3D and follow some basic tutorial for AR. The OpenFOAM files include rotating wheels and sliding pavement syncronized with time dependent air velocity inlet conditiom. Variable time step and 0.2s as saving time. Constant acceleration 1 mph/s (just to make it easy to implement). To fully reach 88mph, the 0-88mph simulation runs for 91s, while for the 88-0mph it runs for 1s only and files are saved every 0.02s (just to reproduce some turbulence lasting effect)....

Fire and Smoke CFD simulation using Full Article available at: https://www.linkedin.com/pulse/fire-smoke-augmented-reality-marco-losurdo/...

This Project is about an Alfa Romeo The 3D CAD model had been downloaded from one of the several repositories of the Internet where 3D artists make their work available for download. Therefore, the CAD was not accurate and its dimensions not precise with respect to the real car. In the related video, one can see that using an image target that is too small compared to the main dimensions of the car may introduce a distorsion due to wrong perspective (i.e., parallax problem)....

This work is about a CFD anylysis o...

CFD Analysis in Augmented Reality o ...

1-way multi-phase Computational Flu...

This project is about the "in-situ"...

Computational Fluid Dynamics (CFD),...

The Augmented/Mixed Reality is a te This tutorial explains what Augmented Reality is and how to successfully apply AR to Numerical Computing step by step....

Temperature contour of the Departme...

External Flow Dynamics of Ferrari F...

External Flow Dynamics using Star-C...

External Flow Dynamics of Ferrari F...

External Flow Dynamics using Star-C...

The Augmented/Mixed Reality is a te This tutorial explains what Augmented Reality is and how to successfully apply AR to Numerical Computing step by step....

Temperature contour of the Departme...

1-way multi-phase Computational Flu...

CFD Analysis in Augmented Reality o ...

This project is about the "in-situ"...

This Project is about an Alfa Romeo The 3D CAD model had been downloaded from one of the several repositories of the Internet where 3D artists make their work available for download. Therefore, the CAD was not accurate and its dimensions not precise with respect to the real car. In the related video, one can see that using an image target that is too small compared to the main dimensions of the car may introduce a distorsion due to wrong perspective (i.e., parallax problem)....

CFD Simulation of an AUDI Q7 at 90k AUDI Q7 3D Artist (Original 3D File): https://www.cgtrader.com/free-3d-models/car/suv/audi-q7-e6252892-1c91-479f-87e0-5a0fb98760be...

Fire and Smoke CFD simulation using Full Article available at: https://www.linkedin.com/pulse/fire-smoke-augmented-reality-marco-losurdo/...

BMW X5 External Aerodynamics (Virtu CFD results are post-processed with Paraview and Blender and then uploaded into Unity3D. The enclosed CAD .stl and .obj is not mine, I downloaded it from: https://cgdownloads.com/download-bmw-x5-g05-m-sport-2019-3d-model-free/...

OpenFOAM (chtPimpleFoam) simulation STLs model of the car downloaded from Thingverse (https://www.thingiverse.com/thing:3021924). From Paraview, export files in .gltf format, then in Blender convert .gltf files in collada (.dae) or similarly .3ds/.obj. Simply upload .dae or .3ds files in Unity3D and follow some basic tutorial for AR. The OpenFOAM files include rotating wheels and sliding pavement syncronized with time dependent air velocity inlet conditiom. Variable time step and 0.2s as saving time. Constant acceleration 1 mph/s (just to make it easy to implement). To fully reach 88mph, the 0-88mph simulation runs for 91s, while for the 88-0mph it runs for 1s only and files are saved every 0.02s (just to reproduce some turbulence lasting effect)....

Computational Fluid Dynamics (CFD),...

Turbulent Combustion in High Rise B Wind blowing at 10 km/hr from the east side of the city (behind the tallest building). Computational Fluid Dynamics run using the fireFOAM solver from OpenFOAM. The main goal of this work is to explore both the potentials and limits of Augmented Reality at night (severe low light conditions) on high aspect ratio objects. AR Rendering with Unity3D, CFD Rendering with Paraview, Blender and Gimp....

Computational Fluid Dynamics Analys Augmented Reality can enhance information by overlaying 2D/3D content, supporting active optimization of all the design parameters involved....

Fire & Smoke Indoor/Outdoor in Apar 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. In this project both OpenFOAM (fireFoam) and Fire Dynamics Simulation (FDS) files are uploaded. FDS Files are processed with BlenderFDS and Blender 2.79b...

Indoor Air Conditioning (HVAC) CFD Computational Fluid Dynamics Simulation of a commercial HVAC System. 7 min. physical time computed with OpenFOAM. CFD Post-Processing with Paraview, AR Processing in Unity3D and Google ARCore SDK. AR App compiled for Samsung S8+. The simulation is featured with Temperature ISO-Surfaces, Gliph Vectors and Velocity Cross-Sections...

CFD Wind Analysis of the Valley of This works represents the first part of an ongoing project aiming of extending CFD and AR to support environmental impact of civil constructions and wildfire prevention....

This work is about a CFD anylysis o...

LES CFD Analysis performed with Fir 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 work is to show the potential of Augmented Reality for Fire Prevention and Investigations. Transparency set at 0.6 shading from white to black mimics the real smoke visibility that may occur in a real fire event...

Fire High Rise Building: CFD Fire S The CFD Simulation performed with Fire Dynamics Simulator (FDS) aims to enhance the potentials of Computational Fluid Dynamics to support Smart Fire Prevention. This work follows the development of previous works, based on the same strategy...