Thermal and Electrical Multi-Physics – Modeling Joule Heating in Ansys | Ansys Virtual Academy

Subscribe to ANSYS Virtual Academy ►► https://ketiv.com/ava Intro: 0:00 - 0:24 Electric Thermal Multi-physics: 0:24 - 2:12 AEDT Mechanical or Icepak?: 2:12 - 6:07 One Way or Two Way?: 6:07 - 8:14 Demo: Joule Heating within AEDT: 8:14 - 42:52 Conclusion: 42:52 - end A common problem is to model thermal and electrical effects simultaneously — resistance heating or other electric effects can impact temperature, and temperature changes can impact material properties and how much heating occurs. This AVA presents how ANSYS simulation tools can be used to model both electric and thermal effects within the ANSYS Pantheon, using Joule heating in Maxwell and Icepak as an example of one-way and two-way coupling. In this AVA session, Application Engineer Graham Stevens will cover: ANSYS electric and thermal modeling packages and how to select from among competing options How to examine electric/thermal analysis complexity — Do I need to model two-way coupling, or is one-way sufficient? Is steady-state analysis enough? An example demonstration of how to set up one-way and two-way coupling analysis in ANSYS Maxwell and Icepak Follow us: Facebook ►►   / ketivtech   Twitter ►►   / ketivtech   LinkedIn ►►   / ketiv-technologies-inc   Blog ►► https://ketiv.com/blog/subscribe/ #KETIV #AVA #Ansys