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In this project, you will use SimScale, a cloud-based simulation platform, to design and analyze an electromagnetic radiation shielding system. You'll create a virtual model to represent the radiation source, shielding materials, and other components to understand how electromagnetic fields interact with the shielding. The goal is to assess the shielding effectiveness and optimize the design

Demo of cooling of Raspberry Pi using the Immersed Boundary Method (IBM). 
IBM makes CAD cleanup and defeaturing obsolete. A CAD with detailed electronic features (pins, connectors, engravings, etc.) can be directly imported as is for simulation
In this demo a Raspberry Pi is overclocked and the heat transfer behaviour is compared for two cases where the fan is off and on.

Demonstration project of an electronics enclosure using CHT v2. Comparison different passive heat sink designs and comparison of active and passive cooling

This project goal is to determine  the narrowest ribbon that would provide enough cooling to the battery cells

To simulate the Natural Ventilation within the building

The cooling mechanism is very crucial to ensure the rated performance of CPU, at the same time it accounts for the major operating cost of the system. Therefore, an efficient electronics cooling is necessary to provide the continuous operations at low operating costs. Tools of computational Fluid Dynamics are widely being used to optimize the cooling mechanism of the chips. In this study the focus is on finding the optimum heat sink design for electronics cooling.

electronic design | SimScale Project Library | Page 1