Abstract:
Classical Fourier law has been a benchmark for about two centuries. But owing to serious flaws, this was later amended and now-a-days is termed as Cattaneo-Christov heat flux model. This thesis discusses the flow of Sutter by nanofluid flow over a rotating disk with Cattaneo-Christov double diffusion. The whole system is influenced by Hall current and Ion slip. The stability of the nanofluid is enhanced by considering gyrotactic microorganisms. The problem is solved numerically by engaging bvp4c the built-in function of MATLAB software. The outcomes are depicted via graphical illustrations. The reliant results show that fluid velocity is influenced by Hall current and Ion slip. Moreover, a drop in microorganism profile is seen for bioconvection Lewis number
