... Frequency Synthetic Jets During Impingement Cooling Over Flat Surfaces ,” Heat Transfer Eng. , 29 ( 9 ) pp. 763 – 773 . 10.1080/01457630802053769 [6] Lee , C. Y. , and Glodstein , D. B. , 2001 , “ DNS of Micro Jets for Turbulent Boundary Layer Control ,” AIAA 39th Aerospace Sciences...

... 2012 08 04 2013 Synthetic jets are generated by an equivalent inflow and outflow of fluid into a system. Even though such a jet creates no net mass flux, net positive momentum can be produced because the outflow momentum during the first half of the cycle is contained primarily...

...Mehmet Arik; Tunc Icoz Synthetic jets are piezo-driven, small-scale, pulsating devices capable of producing highly turbulent jets formed by periodic entrainment and expulsion of the fluid in which they are embedded. The compactness of these devices accompanied by high air velocities provides...

...Yogen Utturkar; Mehmet Arik; Charles E. Seeley; Mustafa Gursoy Synthetic jets are meso or microscale fluidic devices, which operate on the “zero-net-mass-flux” principle. However, they impart a positive net momentum flux to the external environment and are able to produce the cooling effect...

...Anna Pavlova; Michael Amitay The efficiency and mechanisms of cooling a constant heat flux surface by impinging synthetic jets were investigated experimentally and compared to cooling with continuous jets. Effects of jet formation frequency and Reynolds number at different nozzle-to-surface...