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Laith A Ismael

Lecturer

Responsible for numerous major and minor research projects focusing on two-phase flow and heat transfer with applications within heat-exchangers, heat pipes, two-phase flow, Nanostructure surfaces.
• Develop a fundamental understanding of the oscillating flow and heat transfer of a train of liquid plugs and vapor bubbles of hybrid fluids (liquid metal with higher thermal conductivity and a fluid with low latent heat) in an OHP with micro/nanostructured inner surfaces.
• Flow resistance reduction in a microfluid channel via enhancing slip condition. A theoretical analysis was conducted to determine the frictional factor Reynolds number product occurring in around capillary tube with slip condition.
• Theoretical and experimental study for a Combined Compact evaporative cooler utilizing heat exchanger with nanocoating surfaces.