All Stories

  1. Experimental/Computational Investigation of Shock-Wave/Boundary-Layer Interaction on an Axisymmetric Cone
  2. Experimental Characterization of Shock Boundary Layer Interactions Along a Cone Cylinder Flare at Mach 2, 4 and 5
  3. Flow Field Measurements at the Base Region of a Slender Cone at Supersonic Speeds
  4. Flow Field Characterization of a Generic High-Speed Projectile Configuration
  5. 3D Effects of Quasi-Static Door Opening on Supersonic Cavity Flows
  6. Effect of Mach Number on Fluid Structure Interaction over a Compliant Panel
  7. Effect of Dynamic Door Motion on Cavity Acoustics at Supersonic Speeds
  8. Drag Reduction with a slipping surface
  9. Experimental Investigation of Forebody Articulation on an Axisymmetric Body with Fins
  10. Experimental and Numerical Investigation to Study the Effect of Mach Number on Conical Bodies at High Incidences
  11. Acoustic and Flow Field characteristics of rectangular supersonic jet.
  12. Simulation of Store Separation from a Rectangular Cavity at Supersonic Speeds using the Grid Method
  13. Time-Resolved Dynamics of Forebody Articulation at High Angles of Incidence
  14. Flowfield and Noise Characteristics of Supersonic Rectangular Impinging Jet
  15. Role of Compressibility on Crossflow Separation and Vortex Asymmetry on Slender Axisymmetric Bodies at High Angles of Incidence
  16. Effect of Door angle and Leading Wedge on the Cavity Acoustics at Supersonic Speeds
  17. Computational and Experimental Evaluation of Unstart Characteristics of a Mixed-Compression Intake
  18. Experimental Characterization of Supersonic Flow over a Wall-Mounted Hemisphere
  19. Stability Analysis of Supersonic Flows Over a Modified Backward Facing Step
  20. Active Flow Control of Single and Dual Supersonic Impinging Jets using Microjets
  21. An Experimental Investigation into the Effect of Nozzle Spacing in Supersonic Twin Jets
  22. Response of a Compliant Panel to Shock Boundary Layer Interaction at Mach 2
  23. Experimental Study of Axisymmetric Projectile Configurations at Supersonic Speeds
  24. Effects of a Generic Store on Cavity Resonance at Supersonic Speeds
  25. Material Characterization of a Flat Plate with Shock Impingement: from Continuum to Atomistic Scale
  26. Active Flow Control of a High-Lift Supercritical Airfoil with Microjet Actuators
  27. Experimental Investigation on the Development of Asymmetric Vortices on a Long Slender Body at High Incidence
  28. Study of Shock Wave Boundary Layer Interactions on an Axisymmetric Body
  29. Skin Friction Measurements Using Oil Film Interferometry in a 3-D Supersonic Flowfield
  30. Effect of Controlled Imperfections on the Vortex Asymmetry of a Conical Body
  31. Effect of Controlled Imperfections on the Vortex Asymmetry of a Conical Body at High Incidence
  32. Large eddy simulations of supersonic rectangular jets from sinuous exhaust system
  33. Flow Field Characteristics of Non-Axisymmetric Jets at High Temperatures
  34. Air Data System Calibration Methodology over Cylindrical Bodies
  35. Flow Field Characteristics of Non-Axisymmetric High Subsonic Jets
  36. Effect of Reynolds Number on 3-D Shock Wave Boundary Layer Interactions
  37. Active Control of Wingtip Vortices using Piezoelectric Actuated Winglets
  38. Experimental Investigation of Laser Machining of Sapphire for High Temperature Pressure Transducers
  39. Experimental and Numerical Study of Shock-Wave Boundary Layer Interactions on an Axisymmetric Body
  40. Characterization of piezoelectric macrofiber composite actuated winglets
  41. Characterization of a Supersonic Rectangular Jet over a Range of Test Conditions
  42. Effect of Roll Orientation on the Vortex Asymmetry on a Conical Forebody
  43. Acoustics of a Supersonic Cavity with a Generic Store
  44. Effect of Piezoelectric Actuated Winglets on the Tip Vortices
  45. Commissioning of a Polysonic Wind Tunnel at the Florida State University
  46. Experimental Investigation of Vortex Asymmetry on a Conical Forebody at High Angles of Incidence
  47. Simulations of Vortex Asymmetry on a Conical Forebody at High Angles of Incidence