18 results with keyword: 'wedge shock nozzle exhaust plume interaction supersonic flow'
Total pressure was computed downstream of the nozzle plume and wedge shock interaction, at an axial location of 9.5 inches, or 2 inches downstream of the nozzle
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Figure 2.—(a) Three-dimensional axisymmetric CD supersonic “Nozzle 6” from Putnam (Ref. 3), (b) computational domain (centerline cut) for 3-D axisymmetric CD supersonic ‘Nozzle
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A wind tunnel test was performed in the NASA Ames 9x7 Supersonic Wind Tunnel focusing on the shock waves traveling through and interacting with an exhaust nozzle plume. The
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A high resolution tunable diode laser spectrometer has been installed in the LENS II shock tunnel at CUBRC to study the effect of nozzle exhaust plume interaction with the flow
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Refer the Normal Shock tables (Appendix 2). Referring the same following values of as 2.54. Also there are no losses in the flow, hence the stagnation pressure is also
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Curcumin-treated anti-migration and anti-invasion effects was mediated by miR-21 in SU-DHL-8 cells Given the data on cell proliferation and apoptosis, we explored whether
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At the nozzle inlet plane for each test case NPR a specified total pressure distribution was applied using the nozzle inlet measurements to include the low total pressure
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samples, color indices were to be correlated with government grade, sell-.. ing
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A correlation is developed for the SSO distance and pressures uphill distance (PUD) wherein it is hypothesized that the SSO distance is a function of flow Froude
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1) Conduct preliminary wind tunnel tests to model a nozzle exhaust jet in ground proximity and study the plume behaviour downstream of the nozzle exit; using
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• Demonstrates the feasibility of reducing the magnitude of the sonic boom N-wave by controlling nozzle plume interaction with the boat tail shock structure.... Plume Effects on
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Student Success Student Self-Assessment Of General Education Gains 1 Persistence Rate Fall To Fall 1,2 19 Personal/Social Gains 7. 2 Occupational-Technical Degree Satisfaction 3
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Interaction between the normal shock wave and the turbulent boundary layer in a supersonic nozzle becomes complex with an increase of a Mach number just before the shock wave1.
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However, the CFD shock slopes are found to be smaller than the experimental signature shock slope and slightly shifted to the right (i.e., downstream). Figure 19 shows
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showed that miR195 transfection inhibited SW620 cell proliferation, promoted SW620 cell apoptosis, and downregulated Siah-1S level.. Siah-1S overexpression suppressed miR195
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Velocity at the inlet of the nozzle is sonic flow, at the throat is sub-sonic flow and at the exit is supersonic flow which is the reason for the shock formation
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