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Xihe Additive and NUAA have published breakthrough research on hybrid Gyroid-TPMS structures with Voronoi textures.
Technology
1 min read

Xihe Additive and NUAA have published breakthrough research on hybrid Gyroid-TPMS structures with Voronoi textures.

Xihe Additive
Xihe Additive

Hardware

Originally reported by 南极熊

Xihe Additive and NUAA have published breakthrough research on hybrid Gyroid-TPMS structures with Voronoi textures. This 3D-printed design increases the Nusselt number by up to 33.3% and the heat transfer coefficient by 14.6% over standard geometries. By integrating parameterized surface textures, the team achieved precision control over boundary layers without sacrificing structural integrity. This sets a new benchmark for ultra-compact aerospace and power electronics cooling. 🚀

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    Xihe Additive and NUAA have published breakthrough research on hybrid Gyroid-TPMS structures with Voronoi textures.