A truck model in the Meadow-Knapp tunnel (top) |
Meadow Aerodynamics Laboratory |
We control the flow ™ |
Leader: A. Seifert |
The following is a list of current projects. For more information follow the links. |
This project targets reducing the aerodynamic drag of large vehicles resulting from blunt aft-region using an “add-on” device or shape modification with TAU’s innovative suction and blowing actuator technology. |
Drag reduction of ground transportation systems |
Student: O. Stalnov |
Vortex shedding off a D-shaped cylinder (top) |
This is a multidisciplinary research effort aimed at active control of boundary layer and wake flows, open and closed-loop. Includes flow field interrogation with PIV, low order model and controller development and more. |
Open and closed-loop flow control |
Student: V. Palei |
Suction induced turbulent separation bubble |
Fundamental study aimed at optimizing flow control for the purpose of delaying turbulent boundary layer separation in adverse pressure gradient flow. |
The effect of periodic excitation on separating turbulent flow |
Student: D.E. Levy |
Flow physics of the Dragonfly gliding flight |
Student: S. Freiberg |
Identification of separation and reattachment |
Student: S. David |
Projects |