Crude Oil based Nanofluids Flow on Inclined Wall

In this research work, we investigated the MHD inclined wall over a nonlinear prone stretching/shrinking plate surface on a crude oil based nano fluids flow. Most specifically, the effects of various parameters namely; suction, magnetic, heat source, thermal radiative on temperature in the presence of crude oil based SWCNTs. We used transformation of similarity to lessen the partial differential equation (PDE) to ordinary differential equations (ODE) for the nonlinear governing equation along with their related boundary conditions. The result of the lessened ODEs is unfolded and explained numerically with the application of the fourth/fifth system Runge-Kutta Fehlberg-technique together with procedure and practice of shooting- technique, utilizing Maple 18 code. The result obtained indicated that there is significant positive correlation stretching/shrinking in the presence of SWCNTs-crude oil. Sphere shape SWCNTs-crude oil with the different parameters plays significant roles in the temperature distribution with an increase in various nanoparticles. The rate of heat transfers for sphere-shape is more important when compared and balanced it to the shapes of other nanoparticles in the constructed circulating system in the presence of the magnetic field.