Recent and Ongoing Investigations
Peter Oshkai
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Research
Department of Mechanical Engineering
University of Victoria
Buoyant gas release from high pressure vessels: application to hydrogen jets
Design of a biomimetic underwater propulsion system
Fluid mechanics of a vertical axis wind turbine
Fluid mechanics of a free-surface wave energy converter
Flow over a backward-facing step in proximity to a flexible wall: application to paper manufacturing
Fluid mechanics of prosthetic heart valves
Flow Structures in Fuel Cell Flow Channels
Flow within a water droplet subjected to an air stream in a hydrophobic microchannel
Flow Structures in a U-Shaped Fuel Cell Flow Channel
Vortex Structures in Systems with Flow-Acoustic Coupling
Acoustically-coupled flow over multiple circular cylinders
Flow in acoustically-coupled side branch resonators with bluff splitter plates
Investigation of acoustically-coupled shear layers using particle image velocimetry
Imaging of Acoustically Coupled Oscillations due to Flow Past a Shallow Cavity: Effect of Cavity Length Scale
Imaging of the Self-Excited Oscillation of Flow Past a Shallow Cavity During Generation of a Flow Tone
"Flow-Acoustic Coupling in a Cavity-Pipeline System"
. My Ph. D. dissertation.
Vortices Arising from Free-Surface Wave - Cylinder Interaction
Free-Surface Wave Interaction with a Stationary Horizontal Cylinder
Free-Surface Wave Interaction with a Horizontal Cylinder: Effect of Nominal Submergence of Cylinder beneath a Free-Surface
Orbital Motion of a Cylinder in a Wave
"Free-Surface Wave Interaction with a Horizontal Cylinder"
. My M.S. Thesis.
poshkai@me.uvic.ca