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Research Activities
The research activities of each faculty member in the Department are briefly introduced. These include active research projects and external fuding. Most of the faculty members of the Department also list their research activities on their personal homepages, which can be accessed from the faculty member list.

Professor Y. Andreopoulos
Research Interest
1) Vortical & Dissipative Motion - Vortical & Dissipative Motion
2) Jet-Shock Interaction - Jet-Shock Interaction
3) CFD Methods for High Speed Flows - CFD Methods for High Speed Flows
4) Compressible Turbulence - Compressible Turbulence
5) Shock Wave Detection - Shock Wave Detection
6) Shock Interaction with Composites - Shock Interaction with Composites
7) Measurement of Aerodynamic Forces - Measurement of Aerodynamic Forces
8) Microactuators, smart materials and MEMS - Microactuators, smart materials and MEMS
9) Structure of Turbulence - Structure of Turbulence
10) Expansion Wave Study - Expansion Wave Study
11) Environmental Flows - Environmental Flows
12) Oil Spills - Marine Area Impacted by Kuwait Oil Spills in the Persian Gulf
13) Underwater Pipelines - Effects of surface waves on underwater pipelines
14) Hybrid Bus Propulsion - Hybrid Electric bus propulsion systems
15) Dynamic Compression of Porous Media - Dynamic Compression of Porous Media
16) Blast Mitigation - Blast Mitigation


Professor L. Jiji
HEAT TRANSFER
The following are currently active research projects in heat transfer:
(1) Phase Transformation with Energy Generation. This area finds applications in casting of nuclear waste material, cryosurgery, freezing of tissue, solar collectors and energy storage systems.
2) Heat Transfer in Microchannels. This research is driven by miniaturization of microelectronic devices and extensive applications in medical and micro-electro-mechanical systems (MEMS) such as micro heat exchangers, mixers, pumps, turbines, sensors and actuators. Attention is focused on developing theoretical solutions to convection heat transfer in microchannels.
3) The Naked Mole Rat. Studies have uncovered an abdominal organ (caecum) in the naked mole rat which is maintained at lower than body temperature. This unusual phenomena motivated research directed at quantifying the heat sink strength of the caecum.
(4) Thermal Stress in Poultry. A major problem in the poultry industry is the impact of heat stress on the birds. This is a particularly serious problem in underdeveloped countries with hot climates. This research seeks to develop simple low cost solutions to the problem of high poultry mortality rate due to heat stress.



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