Maximum Lift-to-drag Ratio of a Slender, Flat-top, Hypersonic Body
Maximum lift-drag ratio of slender, flat top, hypersonic body assuming modified Newtonian pressure distribution and constant surface averaged skin friction coefficient
SLENDER BODY↗
SEARCH · Engineering Papers
Results for “flat”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Effect of Reynolds number on slosh damping by flat ring baffles
Effect of Reynolds number on slosh damping by flat ring baffles
BAFFLE↗
Flutter analysis of flat rectangular panels based on three-dimensional supersonic unsteady potential flow
Flutter analysis of flat rectangular panels based on three-dimensional supersonic unsteady potential flow
UNSTEADY FLOW↗
Solar pressure perturbations on the orbit of a flat reflector
Solar pressure perturbation effects on orbit of flat reflecting satellite
SATELLITE ORBIT↗
Effects of Reynolds number and flow incidence on the force characteristics of a family of flat-front cylinders
Reynolds number and flow incidence effects on cross flow characteristics of flat front, two- dimensional cylinders
CYLINDER↗
Packaging flat-packs for spacecraft applications
Packaging methods for electronic components encased in flat pack geometries, and spacecraft applications of proposed methods
ELECTRONIC PACKAGING↗
Input admittance of a coaxial transmission line opening onto a flat, dielectric- covered ground plane
Calculated admittance of coaxial cable onto flat dielectric covered ground slab
INPUT↗
Continuity gage measurement of crack growth on flat and curved surfaces at cryogenic temperatures.
Continuity gauge measurement of crack growth on flat and curved surfaces at cryogenic temperatures
PLASTIC YIELDING↗
Thermal contact conductance of nominally flat, rough surfaces in a vacuum environment.
Steady state thermal conductance coefficient at interface formed by nominally-flat rough contacting surface placed in vacuum environment
HEAT-TRANSFER COEFFICIENT↗
A generalized correlation of vaporization times of drops in film boiling on a flat plate.
Theoretical dimensionless correlation for vaporization times of drops in film boiling on flat plate in Leidenfrost state
VAPORIZATION HEAT↗
Model studies of wind loads on flat-top cylinders.
Wind tunnel tests for load and pressure distributions on flat-top cylinders with thick boundary layer
LAMINAR BOUNDARY LAYER↗
Maximum lift-to-drag ratio of a slender, flat-top, hypersonic body.
Lift-drag ratio attainable by slender flat-top body at supersonic speeds, considering Newtonian pressure distribution and constant skin friction
NEWTONIAN FLUID↗
Mass transfer cooling on a porous flat plate in carbon-dioxide and air streams
Mass transfer cooling on porous flat plate in carbon dioxide and air streams
Hartnett, J. P.↗
Experimental study of the heat transfer and hydraulic resistance in the entry section of a flat channel during laminar flow of a viscous liquid
Heat transfer and flow resistance in inlet section of flat channel during laminar viscous flow
Zhukauskas, A. A.↗
Turbulent nonisothermal flow of a viscous compressible gas in the entry sections of axisymmetrical and flat widening channels with zero pressure gradient
Turbulent, nonisothermal, viscous, compressible flow in inlet sections of axisymmetric flat channels
Ginevskii, A. S.↗
Studies of the boundary layer, with natural induced turbulence, in the case of supersonic flow along a flat plate
Dynamic and thermal characteristics of natural and induced turbulent layers in supersonic flow along flat plates
Dorand, J.-F.↗
Dynamic pressure limits for flat plates as related to nuclear fuel elements
Helium and air flow tests over single flat plates to determine dynamic pressure limits of nuclear fuel element plates
Smith, R. L.↗
Pressure and flow field study at Mach number 8 of flow separation on a flat plate with deflected trailing edge flap
Static pressure and flow field for flat plate model with short trailing-edge flap
Johnson, C. B.↗