A novel axisymmetric device with pulsed spark emission was developed as an active flow
control alternative to passive vortex generators. The flowfield induced by the actuator was …

View Video Presentation: https://doi. org/10.2514/6.2022-1548. vid A plasma swirler, based
on an existing Lorentz force driven gliding arcs, was developed as a flame holding and …

I. Introduction se of modern flow control techniques has been hindered by high power
requirements, integration challenges, and insufficient control authority of existing methods …

I. Introduction nnovative flow control techniques have been hindered by various obstacles,
such as high power requirements, integration challenges related to weight and volume, and …

I. Introduction ecent work demonstrated the capability of plasma-assisted combustion
techniques to extend the lean-flame limits of methane combustion in configurations such as …

Motivated by the use of magnetohydrodynamic devices in fluid dynamic flow control and
plasma assisted combustion research, the current work experimentally studied the physics …

View Video Presentation: https://doi. org/10.2514/6.2022-2257. vid Magnetically-guided
atmospheric arc devices were applied to provide plasma-excitation to premixed methane-air …

I. Introduction ethodologies for active flow control by various actuation techniques have a
strong potential to enable advancement in efficiency and operational capabilities for fixed …