Journal of Thermal Engineering
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Effect of symmetric and asymmetric non-uniform magnetic field on hydrodynamically developed and thermally developing ferrofluid flow through a circular cross-sectional mini channel
This study examines the heat-transfer characteristics of the hydrodynamically established, thermally developing flow of ferrofluid (Fe3 O4 + water) in a 2-mm-diameter circular channel under the influence of both symmetric and asymmetric non-uniform magnetic fields. The Langevin function is employed
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