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 100

Inspired by this article https://insideevs.com/news/339220/tesla-model-3-battery-can-transfer-twice-the-heat-of-model-s-p100d/  this project goal is to evaluate the difference in cooling effectiveness between series and parallel cooling tube of an EV Battery Module.

The cooling strategies used to maintain the battery under 40C are cooling tubes places between the rows of cells. Inside the aluminium channel extrusions flows a coolant made of water and glycol.

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simulate the fluid flowing over fin heat sink in different orientations and measure their performance

Identify the power needed for heaters and temperature distribution in an air space

Electronics cooling of inductor for EV charging

Heatsink on bottom side of plastic enclosure

Air flow through a variety of circular heat sinks with varied shapes and sizes of inlets and outlets.

test conjugate heat transfer for elect box v.2

Conjugate Heat Transfer v2.0 | SimScale Project Library | Page 100