Heat Sink Optimization through Use of Pin Fins

In a recent blog post, Robert Smith discusses heat sink optimization through the use of pin fins.

“Local heat transfer coefficients are highest when the air first begins to form a boundary layer.  The benefit to lots of pins is that you force the boundary layers to break away often and re-create on the next pin,” Smith said.

The heat sink forms a 3D mesh of pins that cross each other and force mixing of flow. Smith plans to test it against a sample commercial heat sink for chip cooling with very high fin density.

Original Source http://ift.tt/1KIsiGc

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Karis World

Hey, I'm a health nut who spends a lot of my time finding out about the latest and oldest ways to be healthy. I share on my blog all kinds of stuff about women's health, skin care, holistic healing, aging, and all sorts of other stuff.

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