FGTO incorporates fractal dimension into topology optimization to explicitly optimize convective heat transfer area, achieving 46% more area and 15.6-16.9 K lower temperatures than conventional TO at the cost of higher pressure drop.
Stadler, Caveats and boons of multicriteria optimizatio n, Computer-Aided Civil and Infrastructure Engineering, 10 (1995) 291-299
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A fractal geometry enhanced topology optimization design for high-performance liquid cooling plates
FGTO incorporates fractal dimension into topology optimization to explicitly optimize convective heat transfer area, achieving 46% more area and 15.6-16.9 K lower temperatures than conventional TO at the cost of higher pressure drop.