[go: up one dir, main page]

Hutzel, 2011 - Google Patents

Scramjet isolator modeling and control

Hutzel, 2011

View PDF
Document ID
15300987032488098319
Author
Hutzel J
Publication year

External Links

Snippet

The scramjet isolator is a duct in which pressure increases from the inlet to the combustor via a shock train. The shock train leading edge (LE) location must be controlled in an operational scramjet. A LE location measurement algorithm, dynamic model, and control …
Continue reading at apps.dtic.mil (PDF) (other versions)

Similar Documents

Publication Publication Date Title
Rolland et al. Direct and indirect noise generated by entropic and compositional inhomogeneities
Shaqarin et al. Open and closed-loop experiments to identify the separated flow dynamics of a thick turbulent boundary layer
Mariappan et al. Experimental investigation of non-normality of thermoacoustic interaction in an electrically heated Rijke tube
Hutzel et al. Scramjet isolator shock-train leading-edge location modeling
Hutzel Scramjet isolator modeling and control
Devaraj et al. Length scale for the estimation of buzz frequency in the limit of high mechanical blockage in mixed-compression intakes
Merrick et al. Sphere release from a rectangular cavity at Mach 2.22 freestream conditions
Lee et al. Thrust vectoring of sonic jet by using coanda flap and solenoid valve
Yu et al. Inverse design of shock wave distortion for a direct-connect facility
Mucci et al. Transient performance analysis of an aero gas turbine cooled cooling air heat exchanger
Scarlatella et al. Design and development of a cold-flow test-bench for study of advanced nozzles in subsonic counter-flows
Labuda Schlieren Imaging and Flow Analysis on a Cone/Flare Model in the AFRL Mach 6 Ludwieg Tube Facility
Robertson-Welsh On the influence of nozzle geometries on supersonic curved wall jets
Léonard et al. Ten years of experience with a small jet engine as a support for education
Steinberg et al. Constrained repetitive model predictive control applied to an unsteady compressor stator vane flow
Warning et al. Design and validation of a reconfigurable polysonic wind tunnel
Reinhardt et al. Simulation of the thermoacoustic response of an aero-engine gas turbine fuel injector using a hybrid CFD-CAA method
Penmetsa Experimental and computational investigation of a dual-throat fluidic thrust-vectoring nozzle
Lurie The prediction of unsteady aerodynamic loading in high aspect ratio wall bounded jets
Mariappan et al. Non-normality of thermoacoustic interactions: an experimental investigation
Debiasi et al. Influence of stochastic estimation on the control of subsonic cavity flow-a preliminary study
Kopasakis et al. Propulsion system dynamic modeling of the NASA supersonic concept vehicle for AeroPropulsoServoElasticity
Carlson In Pursuit of CFD-based Wind Tunnel Calibrations
Banazadeh et al. PID controller design for micro gas turbines using experimental frequency-response data and a linear identification technique
Bicak Influence of Freestream Reynolds Number on Unsteady Reflected Normal Shockwave-boundary Layer Interactions in Shock Tube Experiments