All Stories

  1. How annular heat pipes protect sensors from extreme heat
  2. Plasma enhances the performance of hypersonic wings
  3. How a moving wall affects hypersonic flow separation
  4. How Electricity Shapes Airflow for Better Planes
  5. Estimating the attitude of spinning monocopters using low-cost sensors
  6. How cavity heat buildup weakens plasma jet control in hypersonic flow
  7. How plasma actuators affect flow in bursts and steady mode
  8. How low pressure boosts plasma actuator performance
  9. Curved-surface jet controls hypersonic airfoil pitch without rudders
  10. Bending plasma actuators boost airflow control on sharp edges
  11. How shedding vortices affect the circulation control wings
  12. How pulsed arc discharge actuators transfer heat and plasma
  13. How plasma actuators work at low pressure
  14. How Electrode Shape Boosts Plasma Flow Control
  15. How plasma actuators control flow by tuning frequency
  16. Flow Structures from Nanosecond Pulsed Surface Arc Discharge in Magnetic Field
  17. Controlling High-Speed Airflow on Wings with Plasma Jets
  18. How ground effect changes lift in circulation control wings
  19. Controlling Hypersonic Airflow Using Curved-Surface Jets at Mach 5
  20. How actuator shape and pulse rate affect plasma jet performance
  21. Array Plasma Jets: How They Blast and Form High-Speed Flows