Hydrothermal transport of magnetized mono nanofluids between two spinning disks

The aim of this study is to describe the influence of magnetic nanofluid, with steady, incompressible flow, and heat transfer rate with thermal radiation and porous medium between two parallel stretchable rotating disks. The basic fluid (engine oil) which contains different nanoparticles (TiO 2 and Ag) and its thermophysical properties are investigated. In order to convert the nonlinearly partial differential main equations into dimensionless ordinary ones, a method of appropriate similarity transformations has been used and then solved by using the bvp4c shooting scheme in MATLAB software to get the numerical solutions. The results of novel effective non-dimensional parameters obtained on appealing physical industrial interest are established by utilizing the tabular and graphic outlines. The numerical results reported here were matched to the current limiting results in the literature and found to be in good agreement. Additionally, the temperature field of the hybrid nanofluid was significantly improved when compared to the conventional nanofluid.