The #1 Thermal Design Software

Summary

In this webinar, we will dive into the world of thermal generative design and explore key manufacturing techniques for cooling systems. We will focus on three well-known methods: 3D printing, Die Casting, and CNC milling, highlighting the variations in performance and their strengths and limitations. A practical example of a double-sided inverter cooling, designed using our ColdStream software, will be featured to illustrate the concepts. This webinar promises to be an enriching experience for all who are keen to understand the evolving landscape of thermal generative design and the impact manufacturing settings have on optimal design. Join us for this insightful exploration.

Agenda

Introduction
An introduction to the manufacturing techniques: 3D printing, Die Casting, and CNC milling
Pros and cons of each technique
Case Study: Double-sided inverter cooling
Q&A
Discover ColdStream

Who needs to attend

Individuals active in the power electronics industry
Thermal engineers to stay up to date with the latest advancements in heat sink technology and learn how generative design can help improve your products' performance.
Design engineers to discover how to leverage ColdStream's capabilities to optimize your design and selection process for cooling components using different manufacturing techniques.
Decision makers and team leads looking to maximize efficiency through saving engineering time and material costs

Meet your host

Niels Verdijck

Ir. Verdijck joined Diabatix team on July 2021, after achieving his master’s degree in mechanical engineering at the renowned University of Leuven. During his time at the University, Niels worked on multi-objective topology optimization of a microjet cooler. Currently, as Customer Support Engineer, he focuses on helping ColdStream users with their projects by providing them with insights and feedback.