Impact of nanoparticle volume fraction on squeezed MHD water based Cu, Al2O3 and SWCNTs flow over a porous sensor surface

Heat source generates energy which causes the temperature of the Cu-water is stronger as compared with all the other nanofluids in the flow regime. The thermal boundary layer thickness of Al2O3-water is more significant as correlated with the other nanofluids in the flow regime in the presence of thermal radiation. The temperature distribution of water based SWCNTs is powerful as associated with the other nanofluids in the presence of magnetic field.106