Selecting and Designing Liquid Cold Plates for Deployment in Electronic Systems - ATS Webinar Series

The use of liquid cooling systems is becoming more practical and effective for managing skyrocketing increases in power dissipation. But how do you decide when you need to cool with liquid? How do you find the right liquid cooling system for your application? This webinar provides the best practices for implementing a liquid cooling system at the device level.
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[@BrandonGraham]

This was a great refresher to get back into the headspace of thermal engineering. We learned about a lot of this in school, but the internet has filled my brain with the latest dank memes and pushed out most of the useful stuff I have not needed to use in years. It's time to make my models a lot more detailed so I can be "a real engineer" before we order parts. Thanks for all the excellent videos.

[@kisitudeogratius301]

Thanks for this pivotal, eye-opening presentation about liquid cooling. As a training graduate mechanical engineering student (specializing in thermal engineering) at Villanova University, USA, it's a great motivation. Again, thank ATS.

[@rohitandrews7863]

Do you know any reference for the heat transfer correlation given in webinar?

[@UnbornWarrior123]

@@rohitandrews7863 Hi, I have searched a lot for those equations in internet and i am unable to point out those equations, but crap. Further, he says surface temperature, pumping power and thermal resistance are functions of b, V, Q but if you see those equations, they are not a function of them. This is highly confusing and I need help in getting those equations. please let me know if you have any progress. thank you.

[@heatsinks]

You are very welcome! We're glad you found it helpful.

[@rohitandrews7863]

Can anyone reply me with refernce for heat transfer correlations used in this webinar?