FLOW-3D provides valuable insight into fuel stability/ acquisition, cryogenic temperature regulation, PMDs, cavitation, and electric charge distribution through use of accurate liquid/gas interface (free-surface) modeling, thermal solutions with phase and electrostatics physical models.
- Preliminary numerical simulation of a suborbital experiment
- Sloshing model and CFD analysis for the Euclid Mission
- Using the FLOW-3D General Moving Object Model to Simulate Coupled Liquid Slosh – Container Dynamics on the SPHERES Slosh Experiment aboard the International Space Station
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