Eed A. A. Abdel-Hadi|Supervised MSC

Prof. Eed A. A. Abdel-Hadi :: Supervised MSc:

Title	In progress/Completed
Finite Element Solution to Buoyancy Driven Flow in Enclosures of Different Geometries,	Completed
Heat Transfer with Moving Boundaries Including Phase Change,	Completed
Turbulent Flow and Heat Transfer in Rectangular Duct with Segmental Baffles of Different Heights,	Completed
Large Eddy Simulation for Flow Around Buildings,	Completed
The Influence of Surface Roughness on Nucleate Pool Boiling Heat Transfer Coefficient of Refrigerant 134a,	Completed
Natural Convection Heat Transfer from Horizontal Cylinders of Different Cross Sections,	Completed
Thermal Hydraulic Behavior of Research Reactor During Natural Convection Cooling Mode,	Completed
Effect of Oil Concentration on Boiling Heat Transfer Coefficient of R134a.,	Completed
Study of Co-generative Seawater RO.	Completed
An Investigation for the Effect of Oil Concentration on Condensing Heat Transfer Coefficient of R-134a,	Completed
Passive Space Heating and Cooling using Solar Energy,	Completed
An Experimental Investigation for the Influence of Flame Holder Geometry on Flame Stability of Premixed Mixture,	Completed
An Experimental Study of Condensation of R-11 inside Augmented Tubes, since 1999	Completed
Heat Transfer and Pressure Drop of Turbulent Flow Inside a Circular Tube with Grooved Longitudinal Inserts, since 2003	Completed
Pool Boiling Heat Transfer Characteristics of R-134a, since 2005	Completed
Effect of Vibrations on Evaporation of R-134a in Vehicles Air Conditioning, since 2006	Completed
Finite Element Solution to Buoyancy Driven Flow in Enclosures of Different Geometries,	Completed
Heat Transfer with Moving Boundaries Including Phase Change,	Completed
Turbulent Flow and Heat Transfer in Rectangular Duct with Segmental Baffles of Different Heights	Completed
Large Eddy Simulation for Flow Around Buildings,	Completed
The Influence of Surface Roughness on Nucleate Pool Boiling Heat Transfer Coefficient of Refrigerant 134a,	Completed
Natural Convection Heat Transfer from Horizontal Cylinders of Different Cross Sections,	Completed
Thermal Hydraulic Behavior of Research Reactor During Natural Convection Cooling Mode,	Completed
Effect of Oil Concentration on Boiling Heat Transfer Coefficient of R134a.,	Completed
Study of Co-generative Seawater RO.	Completed
An Investigation for the Effect of Oil Concentration on Condensing Heat Transfer Coefficient of R-134a,	Completed
Passive Space Heating and Cooling using Solar Energy,	Completed
An Experimental Investigation for the Influence of Flame Holder Geometry on Flame Stability of Premixed Mixture,	Completed
An Experimental Study of Condensation of R-11 inside Augmented Tubes, since 1999	In Progress
Heat Transfer and Pressure Drop of Turbulent Flow Inside a Circular Tube with Grooved Longitudinal Inserts, since 2003	In Progress
Pool Boiling Heat Transfer Characteristics of R-134a, since 2005	In Progress
Effect of Vibrations on Evaporation of R-134a in Vehicles Air Conditioning, since 2006	In Progress