Metal DfAM eSeries: GPU cold plate optimization using CFD-driven lattice structures

video: Metal DfAM eSeries: GPU cold plate optimization using CFD-driven lattice structures
Published on August 11, 2020
Applications
Key Software Capabilities
- Lattice structures
Jean-Michel Hugo, TEMISTh
From a real thermal case, we will highlight the use of evolutive and regular Triply Periodic Minimal Surfaces (TPMS) for optimization of a heat exchanger produced by additive manufacturing. In this case, the air flow is non-regular on the surface of the heat exchanger due to a special design needed to reduce its global size. The solution for fixing this maldistribution is to use an evolutive structure for the heat transfer enhancement, flow repartition and AM supporting.
Key takeaways:
- Multiscale fluid and thermal design
- TPMS optimization
- DfAM of the heat exchanger with nTop
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