Dr. Ir. Lieven Vervecken presents an application-focused overview of Diabatix ColdStream. He demonstrates how generative design for thermal management accelerates problem-solving from early concepts through to production-ready designs.

Through examples in electronics cooling, EV power modules, and battery cold plates, we show how key targets such as thermal resistance (R_th), pressure drop (ΔP), and temperature uniformity drive high-performance outcomes. We also highlight how generative design integrates seamlessly with your existing CAD and CAE toolchains.This session will help you identify where ColdStream’s generative approach can deliver the greatest impact in your projects.Who benefits:• Thermal engineers and analysts working on cooling challenges• Mechanical and product design engineers focused on electronics or electrification• Simulation and CAE specialists looking to enhance their workflow• R&D teams exploring advanced design automation• Engineering managers seeking faster, higher-performing thermal solutions
Through examples in electronics cooling, EV power modules, and battery cold plates, we show how key targets such as thermal resistance (R_th), pressure drop (ΔP), and temperature uniformity drive high-performance outcomes. We also highlight how generative design integrates seamlessly with your existing CAD and CAE toolchains.This session will help you identify where ColdStream’s generative approach can deliver the greatest impact in your projects.Who benefits:• Thermal engineers and analysts working on cooling challenges• Mechanical and product design engineers focused on electronics or electrification• Simulation and CAE specialists looking to enhance their workflow• R&D teams exploring advanced design automation• Engineering managers seeking faster, higher-performing thermal solutions
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• Thermal engineers and analysts working on cooling challenges
• Mechanical and product design engineers focused on electronics or electrification
• Simulation and CAE specialists looking to enhance their workflow
• R&D teams exploring advanced design automation
• Engineering managers seeking faster, higher-performing thermal solutions