Modified split-potential model for modeling the effect of DBD plasma actuators in high altitude flow control
Surface DBD plasma actuators are novel means of actively controlling flow. They have
shown promising ability in reducing drag, postponing transition from laminar to turbulent …
shown promising ability in reducing drag, postponing transition from laminar to turbulent …
A control mechanism of a typical fluid–structure interaction problem based on dielectric barrier discharge plasma actuation model
N Russo, LM Gonzalez, G Viccione… - European Journal of …, 2020 - Elsevier
This work numerically investigates the effects of using dielectric barrier discharge (DBD)
plasma actuators to control the deformation and the hydrodynamic properties of the well …
plasma actuators to control the deformation and the hydrodynamic properties of the well …
The scenario of two-dimensional instabilities of the cylinder wake under electrohydrodynamic forcing: a linear stability analysis
We propose to study the stability properties of an air flow wake forced by a dielectric barrier
discharge (DBD) actuator, which is a type of electrohydrodynamic (EHD) actuator. These …
discharge (DBD) actuator, which is a type of electrohydrodynamic (EHD) actuator. These …
Turbulent skin-friction drag reduction control by spanwise motion.
Q Yang - 2016 - wrap.warwick.ac.uk
Three types of actuators, ie, oscillating walls, Lorentz force actuators and DBD plasma
actuators, were used to actively control turbulent boundary layer for the turbulent skin-friction …
actuators, were used to actively control turbulent boundary layer for the turbulent skin-friction …