Application of Micro Combustion In Boundary Layer Control, M.Sc. Thesis Sharif University of Technology ; Javadi, Khodayar (Supervisor) ; Mardani, Amir (Co-Advisor)
Abstract
The present study focus is on finding a new solution to control laminar separation bubble phenomenon by combustion actuators in micro scale, which is investigated in flows with low Reynolds number surface effect and free flows. The main parameters in this problem are classified in three groups of formation location of laminar separation bubble, its length, and transition from laminar to turbulent around airfoil SD8020 in attack angle of 5 and 8 degree. Following that, the new combustion actuators in micro scale method the comparison it with cold (and hot) air jet injection is introduced to control boundary layer flow with separation bubble point of view. Some mechanisms are identified in...
Cataloging briefApplication of Micro Combustion In Boundary Layer Control, M.Sc. Thesis Sharif University of Technology ; Javadi, Khodayar (Supervisor) ; Mardani, Amir (Co-Advisor)
Abstract
The present study focus is on finding a new solution to control laminar separation bubble phenomenon by combustion actuators in micro scale, which is investigated in flows with low Reynolds number surface effect and free flows. The main parameters in this problem are classified in three groups of formation location of laminar separation bubble, its length, and transition from laminar to turbulent around airfoil SD8020 in attack angle of 5 and 8 degree. Following that, the new combustion actuators in micro scale method the comparison it with cold (and hot) air jet injection is introduced to control boundary layer flow with separation bubble point of view. Some mechanisms are identified in...
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