(redirected from synthetic jet actuator)
SJASt. John Ambulance
SJAStaff Judge Advocate
SJAThe Sarah Jane Adventures (British science fiction)
SJASt. Joseph's Academy (Baton Rouge, LA Catholic high school)
SJASports Journalism Awards (UK)
SJASt. Johnsbury Academy
SJASaint Joseph Academy (Brownsville, TX)
SJASocial Justice Advocate (various locations)
SJASyndicat de la Juridiction Administrative (French: Union of Administrative Jurisdiction)
SJAStanford Japanese Association (Stanford University; Palo Alto, CA)
SJASafe Job Analysis (hazardous workplaces)
SJASingapore Jewellers Association (trade group)
SJAService Judiciaire d'Arrondissement (French: Service Judicial District; Belgium)
SJASaint James Academy (Malabon, Philippines)
SJAsynthetic jet actuator
SJASpokane Junior Academy (Spokane, WA)
SJASan Jose Academy (Catholic school in Navotas, Metro Manila, Philippines)
SJAShow Jumping Archive (Italy)
SJAStrategy Justification and Approval
SJASwing Joint Assembly (sprinkler system component)
SJASwiss-Japan Association for Engineers and Scientists (Switzerland)
References in periodicals archive ?
Smith, "Adaptive synthetic jet actuator compensation for a nonlinear aircraft model at low angles of attack," IEEE Transactions on Control Systems Technology, vol.
Xie, "Jet vectoring control using a novel synthetic jet actuator," Chinese Journal of Aeronautics, vol.
Burkholder, "Neural networkbased compensation of synthetic jet actuator nonlinearities for aircraft flight control," in AIAA Guidance, Navigation, and Control Conference, Chicago, IL, USA, 2009.
Caption: Figure 1: Schematic for a synthetic jet actuator.
Tang, "Design, modeling and testing of synthetic jet actuators for MAV flight control," in 52nd Aerospace Sciences Meeting, pp.
Akmnador, "Flow control with synthetic jet actuators under adverse pressure gradient laminar boundary layer," in 32nd AIAA Applied Aerodynamics Conference, pp.
Glezer, "Aerodynamic flow control over an unconventional airfoil using synthetic jet actuators," AIAA Journal, vol.
To meet the formation criteria for a synthetic jet actuator [20], [mathematical expression not reproducible], C = 0.16, so f < [U.sub.ave_ts]/(2[pi]dC), f < 2488 Hz.
Figure 9 also illustrates the vortex motion outside the synthetic jet actuator and within the cavity at different phase angles over one working cycle, exhibiting a clear jet formation.
Caption: Figure 1: Schematic diagram of a synthetic jet actuator.
Reyhanoglu, "A sliding mode LCO regulation strategy for dual-parallel underactuated UAV systems using synthetic jet actuators," International Journal of Aerospace Engineering, vol.
Arnold, "Microfabricated electrodynamic synthetic jet actuators," Journal of Microelectromechanical Systems, vol.