Experimental investigation of the heat transfer on the end wall of a blade channel /in turbines/
Heat transfer coefficients and pressure gradient effects for gas turbine blades and walls
Uskov, I. B.↗
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Results for “heat transfer coefficient”
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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Heat transfer from the gas to the blade surface under realistic conditions of gas-turbine operation
Heat transfer coefficients for gas to blade surface under various operating conditions of gas turbine
Molchanov, Ye. I.↗
Cryogenic propellant venting under low pressure conditions Final report
Wall temperatures and heat transfer coefficients for solid-vapor mixtures of para hydrogen and nitrogen venting under low pressure
Giarratano, P. J.↗
Analysis of boiling on a fin
Fin performance analyzed by using heat transfer coefficients for various boiling modes
Hsu, Y. Y.↗
Effect of uncooled inlet length and nozzle convergence angle on the turbulent boundary layer and heat transfer in conical nozzles operating with air.
Turbulent boundary layer and heat transfer coefficients for air in conical nozzles, noting uncooled inlet length and convergence angle effects
Boldman, D. R.↗
The influence of surface roughness on the heat transfer to gaseous hydrogen flowing turbulently in round cross-sectional tubes.
Surface roughness effect on heat transfer to hydrogen gas turbulent flow in round cross section tubes, noting heat transfer coefficient increase
Mccarthy, J. R.↗
Heat-transfer predictions in the cooling passages of nuclear rocket nozzles.
Heat transfer coefficients in rocket nozzle cooling passages predicted by equation developed from hydrogen flow experiments
Taylor, M. F.↗
A method for predicting interfacial freezing of a liquid flowing over a cold surface
Instantaneous thickness of a frozen layer is a function of specific heat, heat of fusion, temperatures, the frozen layer thickness at equilibrium, the thermal conductivity, and heat transfer coefficient. The equation can be evaluated on a desk calculator.
Savino, J. M.↗
Film boiling from submerged spheres
Heat transfer coefficients for film boiling from submerged spheres
Baumeister, K. J.↗
Evaporation of high-velocity particles in free-molecule flow.
Effective heat transfer coefficient lambda for microscopic Fe particles traversing rarefied air, oxygen and Ar target gases
Friichtenicht, J. F.↗
Metal cooldown, flow instability, and heat transfer in two-phase hydrogen flow
Studies of the properties of five metals with varying tube-wall thickness, with or without and internal coating of trifluorochloroethylene polymer, show that wall characteristics influence flow stability, affect heat transfer coefficients, and influence the transition point from dry- to wet-wall flow.
Manson, L.↗
The compressible laminar boundary layer with heat transfer on a yawed cone at small angle of attack
Perturbation method for calculating velocity, temperature profiles, skin friction, and heat transfer coefficients in compressible laminar boundary of supersonic stream
Bodonyi, R. J.↗
Effect of radiation on hypersonic stagnation flow at low density
Radiation effects on viscous hypersonic low density stagnation flow using two layer model, calculating flow field and heat transfer coefficient
Schneider, W.↗
High density electronic packaging module with improved cooling assembly
Cold plate increases heat transfer within high density electronic module. Tapered pins improve heat transfer process by providing larger surface pressure with increased planar area. Cooling technique increases thermal contact where planar area is limited, interface pressure increases the heat transfer coefficient.
Martin, J. H.↗
Interfacial shear factors for laminar film boiling from a vertical surface
Forced flow heat transfer coefficients for laminar film boiling interface on vertical surface
Baumeister, K. J.↗
Examination of boundary conditions for heat transfer through a porous wall
Analytic model of boundary conditions for heat transfer coefficients through porous walls
Colladay, R. S.↗
Promotion of dropwise condensation of ethyl alcohol, methyl alcohol, and aceton by polytetrafluoroethylene
Heat transfer coefficients for dropwise condensation of organic liquids on Teflon
Kirby, C. E.↗
Axial and circumferential variations of hot- gas-side heat-transfer rates in a hydrogen- oxygen rocket
Axial and circumferential variations of hot gas side heat transfer coefficients in hydrogen oxygen engines for use in nozzle and injector design
Quentmeyer, R. J.↗