HEAT TRANSFER ENHANCEMENT AND DRAG REDUCTION IN MAGNETOFLUID-COATED CHANNELS

V. G. Bashtovoi Department of Power Engineering, yelorussian Polytechnic Institute, enin Ave. 65/Minsk, 220027, USSR

M. S. Krakov Department of Power Engineering, yelorussian Polytechnic Institute, enin Ave. 65/Minsk, 220027, USSR

E. M. Taits Department of Power Engineering, yelorussian Polytechnic Institute, enin Ave. 65/Minsk, 220027, USSR

Abstract

Analytical and numerical studies were performed using a tow-viscosity magnetofluid coating for a channel with laminar flow of the nonmagnetic heat carrier. The coating makes it possible to simultaneously increase the heat transfer rate and reduce the hydraulic resistance in the channel.

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HEAT TRANSFER ENHANCEMENT AND DRAG REDUCTION IN MAGNETOFLUID-COATED CHANNELS

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HEAT TRANSFER ENHANCEMENT AND DRAG REDUCTION IN MAGNETOFLUID-COATED CHANNELS

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