nTop Live: CFD Driven Heat Exchanger Fin Orientation, Spacing & Sizing
Using CFD data and a Field-Driven Design approach, you can directly alter the liquid flow in a high-performance heat exchanger to generate a flow path of least resistance that minimizes losses.
In this nTop live, Alec Guay, Application Engineer at nTopology, walks you through a workflow that takes as input a CFD file and uses the vector component to orient fins that “go with the flow” instead of being evenly spaced and oriented along a wall. He then takes it a step further to alter fin thickness using fields and the Ramp nTop block.
Watch and learn how to:
- Import CFD data in nTopology to drive feature orientation
- Change feature sizing and spacing using fields
- Use a Ramp block to control and smoothly alter fin thickness
Industry: Aerospace, Automotive
Applications: Heat Exchanger Design, Field-Driven Design, Rapid Design Exploration
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Recreate the steps that Alec followed in this nTop Live. Fill out the form below, and we will send you all the necessary files to your inbox.