MHD casson nanofluid with nonuniform heat source/sink and viscous dissipation
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The current study is to carry out investigation of Magneto hydrodynamic Casson nanofluids with the combination of “(q’‘’) non-uniform heat source/sink" and ”viscous dissipation“. The equations probes couple of non-linear (ODE) with the help of correspondence transformation, 4th order RK Shooting technique is executed for numerical results for velocity and tempera- ture periphery. The outcomes parameters on velocity and temperature like “(γ)Casson fluid", ”(M)magnetic“, porosity, ”Eckert number(EC)“, ”heat source/ sink“, ”Prandtl number', f’‘(η) and Nusselt number on the flow field has been investigated numerically represented graphically.
Abstract
The current study is to carry out investigation of Magneto hydrodynamic Casson nanofluids with the combination of “(q’‘’) non-uniform heat source/sink" and ”viscous dissipation“. The equations probes couple of non-linear (ODE) with the help of correspondence transformation, 4th order RK Shooting technique is executed for numerical results for velocity and tempera- ture periphery. The outcomes parameters on velocity and temperature like “(γ)Casson fluid", ”(M)magnetic“, porosity, ”Eckert number(EC)“, ”heat source/ sink“, ”Prandtl number', f’‘(η) and Nusselt number on the flow field has been investigated numerically represented graphically.
참고문헌 (22)
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