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[Audio] Welcome, everybody. In this brief section, we will discuss thermal flow and provide an overview of how to set up this type of physics in our GUI..
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[Audio] The topics of this presentation are divided: One, Overview. two, Setup. three, Solver. Four, Output Fields.
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[Audio] Helix is capable of modelling all three heat transfer phenomena: Thermal conduction. Forced and natural convection. Thermal radiation. In addition to solving the momentum and continuity equations, we will also need to solve an equation of state and two additional differential equations: one for the energy equation and another for the radiation, if it is enabled..
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[Audio] The table presents an list of allowed flow regimes in our GUI. The list include the steady and transient regime with a wide range of turbulence models. It is worth noting that our solver also supports combined source definitions when the heat transfer regime is selected, including: Porous Media. MRF - Multiple Reference Frame. Furthermore, within the same solution, we can incorporate Passive Scalar to simulate a tracer..