An Effect of Mhd Fluid Flow Heat Transfer Using Cnts with Thermal Radiation and Heat Source/Sink Across a Stretching/Shrinking Sheet

Abstract

The MHD flow of the boundary layer and heat transfer with CNTs studied current work. Furthermore, the velocity and temperature profile are examined using different physical parameters. The governing equations are reduced to highly nonlinear PDEs to ODEs via similarity variable that can be solved analytically. The MHD flow and heat transfer of CNTs down a flat plate is subjected of this research. Water are utilised as base fluids with two types of CNTs; SWCNT and MWCNTs. CNTs have a wide range of industrial and biomedical, energy production, and space cooling applications because they can improve the thermal properties of base materials. The present work of the MHD fluid flow with mass transpiration using CNTs due to a stretching/shrinking surface is deliberated in the momentum and temperature profiles are characteristics. The effect of some relevant constraints on the velocity profile and temperature distribution is calculated, and the result is that graphical representations are used to show the impact of the emerging constraints on the profiles.

Keywords: MHD, SWCNTs, MWCNTs, mass transpiration, heat source/sink parameter Nomenclature