Experimental data obtained from flow visualization by vortex tagging was used to verify the computational results obtained transient-state solutions of Navier-Stokes equations for vorticity during an impulsively-started flow. Good agreement was reached. The computational method was extended to `steady\u27 state, Karman vortex street was found to occur in the wake of an NACA 0015 airfoil at 40 degrees of angle of attack with Strouhal numbers of 0.27 and 0.32 for Reynolds numbers l03 and 1.04 respectively. The forming and shedding of vortices on the lee side of a structure correspond to the cyclic decrease and increase of local pressures which cause structure fatigue
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
In order to recreate Prandtl’s flow visualisation films dealing with starting and stopping vortices ...
Aircraft trailing vortices is an inevitable side effect when an aircraft generates lift. The vortice...
An experimental system that generates and visualizes impulsive flow in air has been employed to visu...
The article presents an experimental and numerical study of vortex generation and shedding from a NA...
When the flow around a streamlined body is accelerated or decelerated,starting and stopping vortices...
This is a comparative study involving various National Advisory Committee for Aeronautics (NACA) air...
Vortex formation and shedding from the trailing edge of a two-dimensional, thin, flat plate parallel...
We conduct direct numerical simulations for a NACA0012 airfoil at Reynolds numbers (Re) ranging from...
Time resolved particle image velocimetry is conducted in the wake of a trailing edge separated flow ...
Vortex cavitation can appear in the wake flow of hydrofoils, inducing unwanted consequences such as ...
The phenomenon of vortex shedding behind a hydrofoil is an important issue from both scientific and ...
An experimental study ofthe dynamics of trailing vortices in arrays ofvarious configurations was con...
The dynamics and decay of a wake vortex system in close ground proximity is investigated in a tow ta...
An experimental system that generates and visualizes unsteady motions in air was employed to visuali...
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
In order to recreate Prandtl’s flow visualisation films dealing with starting and stopping vortices ...
Aircraft trailing vortices is an inevitable side effect when an aircraft generates lift. The vortice...
An experimental system that generates and visualizes impulsive flow in air has been employed to visu...
The article presents an experimental and numerical study of vortex generation and shedding from a NA...
When the flow around a streamlined body is accelerated or decelerated,starting and stopping vortices...
This is a comparative study involving various National Advisory Committee for Aeronautics (NACA) air...
Vortex formation and shedding from the trailing edge of a two-dimensional, thin, flat plate parallel...
We conduct direct numerical simulations for a NACA0012 airfoil at Reynolds numbers (Re) ranging from...
Time resolved particle image velocimetry is conducted in the wake of a trailing edge separated flow ...
Vortex cavitation can appear in the wake flow of hydrofoils, inducing unwanted consequences such as ...
The phenomenon of vortex shedding behind a hydrofoil is an important issue from both scientific and ...
An experimental study ofthe dynamics of trailing vortices in arrays ofvarious configurations was con...
The dynamics and decay of a wake vortex system in close ground proximity is investigated in a tow ta...
An experimental system that generates and visualizes unsteady motions in air was employed to visuali...
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
In order to recreate Prandtl’s flow visualisation films dealing with starting and stopping vortices ...
Aircraft trailing vortices is an inevitable side effect when an aircraft generates lift. The vortice...