nTop Live: Optimal Thin Plate Heat Exchanger Design
Plate heat exchangers pack high heat transfer efficiency in a small physical size. While designing them, engineers can benefit from exploring multiple design variations using structured Design of Experiments.
In this nTop Live, Alec Guay, Application Engineer at nTopology, teaches you how to use constructive and destructive waves to create optimal surface patterns for thin plate heat exchangers. He creates a reusable design workflow that generates both the plates and stamping tooling. He also shares 3 benchmark designs to get you started.
Watch and learn how to:
- Design optimal thin plate heat exchangers using waves to drive plate patterns
- Automatically generate stamping tooling for manufacturing
- Iterate faster using nTopology’s instant visualization capabilities
Industry: Aerospace, Automotive
Applications: Heat Exchanger Design, Rapid Design Exploration, Surface Textures & Patterns
Download the Files
Recreate the steps that Alejandro followed in this nTop Live. Fill out the form below, and we will send you all the necessary files to your inbox.
Don’t have a license of nTopology yet? Create your nTop account to activate your trial.