An inclination in Thermal Energy Using Nanoparticles with Casson Liquid Past an Expanding Porous Surface

The physical aspects of inclined MHD nanofluid toward a stretching sheet embedded in porous medium were visualized, which has numerous applications industry. Two types nanoparticles, namely copper and aluminum oxide, used, with water (limiting case Casson liquid) as the base fluid. Similarity transformations used to convert partial differential equations into set ordinary equations. Closed solutions found examine velocity temperature profiles. It was observed that an increment magnitude Hartmann number, solid volume fraction, slip parameter brought reduction profile, opposite behavior shown for permeability Cu–water Al2O3–water nanofluids. field, local skin friction, Nusselt number further examined. Moreover, study Cu Al2O3 is useful boost efficiency thermal conductivity energy particles. Reduction captured gradient against changes radiation number. trend tabulated motion respect fraction both cases (Cu–water Al2O3–water).