Effect of angle of attack and injection pressure on jet penetration and spreading from a delta wing in supersonic flow
Effect of angle of attack and injection pressure on jet penetration and spreading from delta wing in supersonic flow
Hersch, M.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Meteoroid penetration detector development program, volume 1 Final summary report
Meteoroid penetration detector development program
Del Gray, R. O. M.↗
Penetration model explanation for turbulent forced-convection heat transfer observed in near-critical fluids
Penetration model explanation for turbulent forced convection heat transfer in near-critical fluids
Graham, R. W.↗
Calculation of the penetration flux for a multiwall structure on the Lunar Orbiter spacecraft
Penetration flux calculation for multiwall structure on Lunar Orbiter spacecraft missions
Humes, D. H.↗
Penetration of solar protons to four earth radii in the equatorial plane.
Explorer 26 observations of solar proton penetration inside trapped radiation near geomagnetic equator
Fillius, R. W.↗
Vortex enhancement of jet penetration in supersonic flow.
Vortex motion enhancement of jet penetration and spreading in supersonic fuel injection into large diameter combustors
Hersch, M.↗
Statistical analysis of meteoroid penetration data including effects of cutoff
Statistical analysis of meteoroid penetration data including effects of size cutoff using satellite data
Alvarez, J. M.↗
Penetration and interactions of protons with matter. Part 1 - Theoretical studies using Monte Carlo techniques Research report, 1 Jun. 1964 - 31 Aug. 1968
Monte Carlo transport program for simulating penetration and interaction of nucleons with absorbing matter
Crawford, G. W.↗
Optical study of sonic and supersonic jet penetration from a flat plate into a Mach 2 airstream
Optical study of sonic and supersonic jet penetration from flat plate into Mach 2 airstream
Hersch, M.↗
The characteristics of penetration for a double-sheet structure with honeycomb
Projectile penetration characteristics of sandwich structures with honeycomb cores
Jex, D. W.↗
Penetration and interaction of protons with matter. Part 2 - Experimental studies using semiconductor detectors
Penetration and proton interaction with matter, including stopping power measurements and mean ionization potential values
Crawford, G. W.↗
Approximate analytical models for landing energy absorption, including the effect of penetration by the payload into its crushable casing
Mathematical models for planetary landing configuration energy absorption, including payload penetration effect into crushable casing
Warner, R. W.↗
The penetration and mixing of a sonic hydrogen jet injected normal to a Mach 4 airstream
Penetration and mixing of sonic hydrogen jet injected normal to Mach 4 airstream
Rogers, R. C.↗
Depths of Surveyor footpad penetrations at first impact - Their relation to the bearing strength of the lunar soil
Lunar surface bearing strength from depth of penetration measurements of first impact by Surveyor spacecraft
Choate, R.↗
Investigation of the vibration isolation of commercial jet transport pilots during turbulent air penetration
Electrohydraulic pilot seat isolation system of commercial transport pilots during turbulent air penetration
Pepi, J. S.↗
Supersonic jet penetration /up to Mach 4/ into a Mach 2 airstream
Helium injection Mach number effect on supersonic jet penetration into Mach 2 air stream from flat plate determined from concentration measurements
Hersch, M.↗
A unified approach to the problem of gaseous jet penetration into a supersonic stream
Unified model for transverse gaseous jet penetration into supersonic stream agreeing with measured flow field properties
Billig, F. S.↗
Numerical studies of penetrative convective instabilities
Penetrative thermal convection stability for statically unstable layer surmounted by statically stable layer from numerical integration of linearized equations of motion and heat conduction
Faller, A. J.↗