Journal
CHINESE JOURNAL OF PHYSICS
Volume 86, Issue -, Pages 170-177Publisher
ELSEVIER
DOI: 10.1016/j.cjph.2023.09.019
Keywords
Casson fluid; Exact solutions; Velocity slip; Wall temperature; Mass transfer
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This study presents exact analytical solutions for the two-dimensional laminar jet flow and heat transport of Casson fluid under velocity slip condition. The effects of velocity slip, wall temperature, and mass transfer on the fluid flow and rate of thermal exchange are investigated.
This study presents exact analytical solutions for the two-dimensional laminar jet flow and heat transport of Casson fluid under velocity slip condition. The laminar wall jet of classical Glauert type is extended to the Casson fluid model considering the flow to be along a flat permeable surface. The roles of velocity slip, wall temperature, and mass transfer on the fluid flow and rate of thermal exchange are investigated. The outcomes for momentum and thermal fields, skin friction and heat transfer gradient are obtained analytically with numerical solutions of the suction-far stream velocity expression. It is noted that mass transfer and velocity slip have significant effects on the flow of fluid and heat transfer. Thermal profile varies significantly for increasing Prandtl values with small suction.
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