Study of Carbon Nanotubes with a Casson Fluid in a Vertical Channel of Porous Media under MHD and Dufour Effect

An analysis is conducted to investigate the problem of heat/mass transfer in MHD free convective flow Casson-fluid a vertical channel embedded with saturated porous medium past through carbon nanotubes form single-wall (SWCNTs) and multiple-wall (MWCNTs) engine oil as base fluid. In this article, impact CNT’s on velocity, temperature, shear stress rate heat nanofluid has been investigated studied graphically for effects different key physical parameters involved. The validity model presented found satisfactory agreement published results. results state that, fluid velocity accelerates greater values Casson parameter nanoparticles volume fraction, while thermal radiation (R) generation (Q) assume significant role CNT's. Applications study arise broad area science engineering such conductivity, energy storage, biomedical applications, air water filtration, fibers fabrics.