Conjugate Heat Transfer v2.0

Conjugate heat transfer v2.0 is a multi-purpose analysis type capable of simulating fluid flow and heat transfer including: solid/fluid conduction, natural or forced convection, and thermal radiation. The solver supports heat sources derived from the Joule heating of electronic circuits and both surface to surface and solar radiation. An arbitrary number of solid and/or fluid regions may be simulated. By solving both the flow fields and heat transfer equations simultaniously, this solver is ideally suited for but not limited to applications such as: electronics cooling, heat exchangers, and HVAC systems. Learn more. | Page 101

To know the transfer of heat from different shapes and thickness.

Check to see if a motor can be cooled with natural convection or if a fan will be required.

Convection Coefficient Determination for Air Cooled Motor Lamination

Thermal Performance of rectangular heat sink

Early prototyping and simulation for 22e Accumulator/battery pack coldplates.

Simple Simulation of Natural Circulation in a Tank

cooling plate for interleaved boost transistors ad inductors

ecoulement réseau tubes ailettes longitudinales

The goal is to see how fast a gas (for instance Nitrogen) stabilizes in temperature starting at 0 degree celcius with a target temperature being the ambient temperature. The pipe is meant to be a 316L Stainless Steel pipe but the most important thing is to get simulation up and running, and the steel parameters can be  adjustet along the way.

Conjugate Heat Transfer v2.0 | SimScale Project Library | Page 101