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

1

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

2

Simulate fluid-solid heat exchange with Conjugate Heat Transfer

3

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

4

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

Mobirise

Natural convection and buoyancy producing Rayleigh-Benard cells

Mobirise

Conjugate heat transfer between cold air and hot spheres

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