Current Diabatix

Summary

Explore how thermal topology optimization can create high-performing organic-looking heatsinks to boost the thermal performance of any naturally or forced convected air-cooled application, such as lighting fixtures. ColdStream automates your heat sink design, making industry-leading cooling solutions from scratch with case setups that take fewer than 10 minutes. Join us to see the future of thermal design.

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Agenda

Design methodology for thermal components
Design requirements
Custom heatsink design → topology optimization
Questions?
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Who needs to attend

Individuals active in the LED and lighting industry
Designers with no thermal and/or CFD background looking for a user friendly thermal software
Designers who are looking to implement innovative new cooling methods like generative design
Decision makers and team leads looking to maximize efficiency through saving engineering time and material costs
Thermal engineers providing air and liquid cooling solutions for lights‍

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Meet your host

Adrian Kramer

Adrian is part of our application engineering team and is passionate about helping companies innovate through the adoption of thermal generative design. With a background in mechanical engineering and sustainable energy technologies, Adrian holds an MSc. Degree from the Danish Technical University in Copenhagen, Denmark and a BSc. from the Georgia Institute of Technology in Atlanta, USA.

Discover our other webinars

Custom Heatsink Design for Air-Cooled Lighting Fixtures with Natural and Forced Convection

Summary

Agenda

Who needs to attend

Meet your host

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