Coulomb forces impacts on nanomaterial transportation within porous tank with lid walls

Electrical sensor has been considered in the current attempt. Combination of buoyancy, electric and radiative forces has been included in the governing equations. Convective flow attenuation with insertion of electric field and such force permits to control the style of the flow. Outputs have been illustrated in terms of contours and distributions. The increment of Nu corresponding to increasing permeability is less than that obtained with the rise of voltage. Nu increases with rise of shape factor which is attributed to easier nanoparticles transportation. Growth of radiation term makes Nu to augment, and impact of voltage become stronger.