A Study on Mhd Fluid Flows Pastplates/Channels with Heat and Mass Tran

This Book is focused on Fluid mechanics studies how fluids behave at rest and in motion, including the effects of buoyancy caused by temperature and concentration differences. To improve heat-transfer performance in engineering systems, nanoparticles are added to conventional fluids to create nanofluids, which have much higher thermal conductivity and better stability. Modern studies of fluid flow use theoretical, experimental, and computational fluid dynamics (CFD) methods. In particular, MHD nanofluids are analyzed to understand their flow, heat, and mass-transfer characteristics under magnetic fields using numerical techniques.