Heat Transfer

Heat Transfer refers to the behavior, precise control, and manipulation of thermal response under geometrical constraints in laminar or highly turbulent regimes

Thermal management has multiple needs:

· Optimize performances and reliability of devices in enclosures and conduits

· Quantify heat exchanged between fluids and solids under forced ventilation or natural convection

The benefits of MOEBIUS for Thermal Flows


Handle complex geometries with multiple heat sources and sinks, such as in Electronics, Buildings and HVAC systems


Simulate fluid-solid heat exchange with Conjugate Heat Transfer


Add fans with explicit rotating blades or lumped forces to optimize heat management


Analyze convection and conduction, the effect of buoyancy and inhomogeneous material properties


Natural convection and buoyancy producing Rayleigh-Benard cells


Conjugate heat transfer between cold air and hot spheres

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