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In the present work, we study pulsatile magnetohydrodynamic mixed convection counter-current flows of Cu–Water and CuO–Water nanofluids through two elastic coaxial pipes with wall-mounted porous blocks. A two-phase model that takes the effects of Brownian motion and thermophoresis into consideration is used to describe the transfer of heat and the transport of nanoparticles within each nanofluid....
We investigate the MHD convective pulsatile flow through a counter-current two-nanofluid (Cu-water and CuO-water) system. This system consists of two elastic coaxial pipes, with porous blocks mounted on the walls of each channel. Hot CuO-water nanofluid flows upwards in the inner channel, while cold Cu-water nanofluid flows downwards in the outer channel. A two-phase model that considers the effects...
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