Abstract
IMPACT OF MOVING OSCILLATING VERTICAL PLATE ON MHD HYBRID NANOFLUID FLOW WITH THERMAL RADIATION
Ch. Sridevi* and A. Sailakumari
ABSTRACT
The current research is focused on the characteristics of Silver-Aluminium oxide/water hybrid nanofluid flow and heat transfer performance due to a moving oscillating plate. In the presence of Lorentz force and radiation parameter effects, we analyse 2D Laminar viscous incompressible boundary layer fluid flow. The governing partial differential equations with accompanying boundary conditions are solved using a robust Crank-Nicolson approach. For specific cases of the problem, the current work is supported by existing literature. The effects of important physical parameters on the skin friction coefficient, Nusselt number, and velocity and temperature profiles are graphically represented. The findings can be applied to the cooling of a variety of engineering and industrial devices.
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