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Joule Heating Analysis

Overview

Most failures of electric products occur because of heat and stress generated from electricity. When electric current passes through a semi-conductor, heat energy is generated and temperatures at certain spots become too high. Without being discovered and dealt with at the design stage, this problem will lead to costly redesign or even product failure.

Joule heating calculates heat energy generated during the passage of electric current through a conductor. It helps designers to spot the overheated areas and make proper improvements to their designs.

How it works

Watch this video to see how Joule Heating works in midas NFX

Meet its developer

Seokgeun Yi, lead solver developer for Joule heating function, explained the project which took the team 6 months. The team is currently working on implementing other thermos-electrical phenomena such as Seebeck Effect, the Peltier Effect and the Thomson Effect. Users needs and feedback are the motivations of the team셲 hard work.

 


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