A flow's transition from laminar to turbulent leads to increased levels of skin friction. In recent
years, dielectric barrier discharge actuators have been shown to be able to delay the onset …

Abstract<? Pub Inc> Single-dielectric-barrier-discharge (SDBD) plasma actuators have
shown much promise as an actuator for active flow control. Proper design and optimization …

Исследована возможность использования диэлектрического барьерного разряда для
затягивания ламинарно-турбулентного перехода, вызванного естественными …

This dissertation analyzes the effect of periodic roughness elements on the stability of a flat
plate boundary layer. Receptivity data is extracted from direct numerical simulations and …

The use of a dielectric barrier discharge for delay of a laminar-turbulent transition excited by
natural flow disturbances is investigated experimentally. The optimal electrode configuration …

The level of the skin friction drag depends on the boundary layer state, either low, for the
laminar case or high for the turbulent case. Flow control is sought to attenuate the …

Recent results of investigations of laminarturbulent transition control by dielectric barrier
discharge (DBD) in TsAGI are presented. Delay of natural transition in the flat-plate …

The use dielectric barrier discharge for the delay of laminar turbulent transition excited by
natural flow disturbances in a quiet wind-tunnel was investigated experimentally. Optimal …

Dielectric barrier discharge actuators can be used to control boundary layer and channel
flows. These actuators introduce a body force to the flow, adding momentum and vorticity in …

The long-term objective of the project is to control natural boundary-layer transition through
the use of plasma actuators. Transition delay or even suppression has its merits not only in …