Computational Fluid and Multiphase Dynamics plus AI Reasoning
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"Computational Fluid and Multiphase Dynamics" focuses on using computation to simulate and analyze fluid behavior, bridging theory and practice. Participants learn to translate physical laws into numerical algorithms, creating virtual labs for complex flow phenomena. The course covers advection, diffusion, surface tension, and multiphase flows, exploring stability, kinetic theories, and boundary conditions. Numerical discretization, finite difference, volume, and particle-based methods are taught, alongside validation techniques against experimental data. This approach enables exploration of otherwise inaccessible fluid dynamics, advancing scientific and engineering understanding.