Abstract

Our experience in education and tutorials regarding the modeling of elementary flows, heat and mass transfer during crystal growth in ground-based and microgravity environment using the computer system convection in microgravity and applications is presented. The system supports free and forced convection problems on the basis of the Navier–Stokes equations for the Boussinesq approach. The computer laboratory as the intellectual shell of this system includes basic double-diffusion gravity-driven and Marangoni problems in enclosures, a Bridgman model, and a Czochralski model for microgravity and ground-based applications.

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