Magneto-bioconvection flow of Casson nanofluid configured by a rotating disk in the presence of gyrotatic microorganisms and Joule heating

In this article, we investigate the bioconvection flow of Casson nanofluid by a rotating disk under impacts Joule heating, convective conditions, heat source/sink and gyrotactic microorganisms. When Brownian diffusion thermophoretic effects exist, fluid is examined. The existing physical problem with energy transports demonstrated above considerations in form partial differential equations (PDEs). Using appropriate transformations, PsDEs are converted into non-linear ordinary (ODEs). mathematical results calculated through MATLAB using function bvp4c. problem's rigorously examined graphically described justifications. Velocity fields decrease as Rayleigh parameter rises. thermal profile soluteal field species also magnify an upsurge thermophoresis number estimations. microorganism's decayed larger microbes Biot number.