Aeroelastic instability caused by slender payloads.
Terminal shock-boundary layer interaction on slender cone-cylinder payloads at supersonic speeds and resulting flow separation
FLOW SEPARATION↗
SEARCH · Engineering Papers
Results for “SHOCK LAYER”
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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Comparison of experimental and theoretical shock shapes and pressure distributions on flat-faced cylinders at Mach 10.5
Integer relations method of determining inviscid shock layer flow and pressure distributions over blunt bodies
Inouye, M.↗
Radiation induced precursor flow field ahead of a reentering body.
Three dimensional flow field induced ahead of shock wave by radiation from shock layer over blunt body, determining perturbation velocity potential
Smith, G. L.↗
Time asymptotic solutions of blunt-body stagnation-region flows with nongray emission and absorption of radiation.
Asymptotic solutions of blunt body stagnation flows with nongray radiation emission and absorption, discussing radiation coupled shock layer flow fields
Callis, L. B.↗
A study of the transient flow field of a sphere which has been struck by a normal shock wave.
Transient flow field of sphere struck by normal shock wave noting wave diffraction and shock layer formation
Barnwell, R. W.↗
Radiating flows during entry into planetary atmospheres.
Radiation properties of shock layer and nonequilibrium flows around probes entering earth, Mars, Venus and Jupiter atmosphere
Boughner, R. E.↗
Linearized Theory of Stagnation Point Heat and Mass Transfer at Hypersonic Speeds
Solution for shock layer energy equation with mass and convective heat transfer at hypersonic speed
Yoshikawa, Kenneth K.↗
Effect of shock precursor absorption on superorbital entry heating.
Quantitative determination of reentry shock precursor absorption level and effect on surface radiation heating, calculating radiative flux from shock layer enthalpy distribution
Lasher, L. E.↗
Simulation of Venus atmospheric entry by earth reentry.
Atmospheric gas composition effects on shock layer radiative heat transfer and heat shield response in Venus entry simulated by earth reentry
Spiegel, J. M.↗
Theoretical predictions of nongray radiant heat transfer in high-temperature nonisothermal CO sub 2 -N sub 2 mixtures.
Nongray equilibrium radiative heat transfer in viscous radiating shock layer around blunt body entering high temperature nonisothermal carbon dioxide-nitrogen atmosphere
Boughner, R. E.↗
Theoretical evaluation of the simulation of radiative heating of planetary entry vehicles.
Shock layer properties, radiative and convective heat transfer about two hypersonic blunt bodies at zero angle of attack in assumed Martian atmosphere
Dohner, C. V.↗
Simulation of Venus atmospheric entry by earth re-entry.
Atmospheric gas composition effects on shock layer radiative heat transfer and heat shield response in Venus entry simulated by earth reentry
Spiegel, J. M.↗
Hypersonic, low-Reynolds-number flow over a blunt body with mass injection.
Mass injection effects on viscous hypersonic low Reynolds number shock layer downstream and at stagnation point in blunt forebody region analyzed for nonreacting gas
Kang, S.-W.↗
Studies of hypersonic viscous flows over a blunt body at low Reynolds number
Viscous hypersonic shock layer over blunt bodies at low Reynolds number
Kang, S.-W.↗
Computation of ionization in re-entry flowfields
Electron concentration profiles in blunt nose vehicle shock layer during atmospheric near orbital entry at high altitudes, using finite rate chemistry
Evans, J. S.↗
Nonequilibrium, ionized, hypersonic flow over a blunt body at low Reynolds number
Nonequilibrium ionized hypersonic flow over blunt body at low Reynolds number, using thin shock layer assumption in analysis
Kang, S.-W.↗
Nongray radiative heat transfer in high- temperature nonisothermal CO2-N2 mixtures
Nongray equilibrium radiative heat transfer in viscous radiating shock layer around blunt body entering high temperature nonisothermal carbon dioxide-nitrogen atmosphere
Boughner, R. E.↗
Rotational temperature measurements in low- density flows
Rotational temperature and density measurements in rarefied flow over sharp leading edge flat plate, obtaining shock layer static pressure
Berry, C. J.↗