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4Â Geometries
2Â Meshes
3Â Simulation setups
4Â ResultsIndustrial mixing tank example using the Multiphase solver. In this example, a simple tank and a baffled tank design are compared in terms of mixing performance. The simulation involves 2-phases (air/water) and rotating parts (impellers). As a final step, a sparger is implemented at the bottom of the tank, to simulate the tank aeration process. This example is part of our free on-demand Multiphase webinar. Please register via the following link to watch how this case was setup inside the SimScale platform. https://www.simscale.com/webinars-workshops/new-multiphase-flow-capabilities/
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over 3 years ago
4Â Geometries 2Â Meshes 3Â Simulation setups 4Â ResultsIndustrial mixing tank example using the Multiphase solver. In this example, a simple tank and a baffled tank design are compared in terms of mixing performance. The simulation involves 2-phases (air/water) and rotating parts (impellers). As a final step, a sparger is implemented at the bottom of the tank, to simulate the tank aeration process. This example is part of our free on-demand Multiphase webinar. Please register via the following link to watch how this case was setup inside the SimScale platform. https://www.simscale.com/webinars-workshops/new-multiphase-flow-capabilities/
by Jon_WildeJon_Wilde
