Infection risk is computed from number of particles tick on the body…
Infection Risk Analysis due to Coughing in Enclosed Environment
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Author: nishan
Coughing and modeling of Viral Decay
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- Person sneezing in a confined environment with realistic particle size distribution
- The viral decay based on sunlight and ROS is modeled and visualized
- Particle size distribution:
Conjugate Heat Exchange in a Solar Collector with Parabolic Reflector
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- The concentrated sun light from parabolic reflector is directed at the metal tube.
- The tube heats the flowing fluid.
- Inserts are added to enhance heat transfer.
Efficiency of Ambient Dust Collectors
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- Fume emitted at t = 8s, 16s, 24s, 32s
- When the fume concentration drops below 2%, the fume is not visualized
Heat Exchanger Simulation
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- Hot fluid flows through a rectangular cross-sectional pipe
- Air is blown on this pipe from bottom to cool it.
- The animation shows the temperature distribution
Milkshake in a nozzle
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- Both the inlet and the straw are at atmospheric pressure.
- The air is sucked from the outlet at approx. 27 L/min.
- This flow creates suction and thus pulling the milkshake from the straw.
Sloshing of a Tank OpenFOAM example
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Simulation of water sloshing in a tank subjected to sinusoidal motion with a certain frequency.…
Small Scale Wind Turbine
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- At t=0, the RPM is zero for the wind turbine.
- Wind turbine slowly gains rotational speed due to the wind rotating the blades.
- The frictional torque is zero and the wind speed is 1 m/s
- OpenFOAM: dynamicFvMesh used with sixDoFRigidBodyMotion
Air Flow in a Vertical Farm
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Particle Laden Air Simulation in a Room
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Ceiling Mounted Units: 3D view
Floor Mounted Unit: Front view
Ceiling Mounted Units: Side view
Project Funded by: