On Spreading Resistances and Apparent Slip Lengths for Rectangular and Elliptical Pillars

Kane, Daniel.

Abstract: In the diffusion limit, solutions exist for the temperature and velocity fields when isothermal and no-slip boundary conditions, respectively, are imposed on elliptical surfaces on an otherwise zero-flux plane of a half-space domain containing far field Dirichlet boundary conditions. We utilize these results to tabulate thermal and hydrodynamic spreading resistances on half spaces as a f... read more

Tufts University. Department of Mechanical Engineering.
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ID: tufts:20656
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