LAMINAR HEAT TRANSFER IN A CHANNEL WITH UNSTEADY FLOW AND WALL HEATING VARYING WITH POSITION AND TIME
Laminar heat transfer in a channel with unsteady flow and wall heating varying with position and time
CHANNEL FLOW↗
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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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HEATING AND IMPACT TESTS ON INSULATED AND UNINSULATED BALLISTICMISSILE FUSE MECHANISMS SUBJECTED TO SIMULATED REENTRY AERODYNAMIC HEATING
Heat & impact test on insulated & uninsulated fuse mechanism of ballistic missile in reentry aerodynamic heating
BALLISTIC MISSILE↗
HEAT TRANSFER WITH LAMINAR FLOW IN CONCENTRIC ANNULI WITH CONSTANT AND VARIABLE WALL TEMPERATURE AND HEAT FLUX
Heat transfer with laminar flow in concentric annuli with constant and variable wall temperature and heat flux
ANNULAR FLOW↗
HEAT TRANSFER IN ANNULAR PASSAGES- GENERAL FORMULATION OF THE PROBLEM FOR ARBITRARILY PRESCRIBED WALL TEMPERATURES OR HEAT FLUXES
Effects of asymmetry in the heat flux of wall temperatures in the heat transfer along annular passages
HEAT TRANSFER↗
Heat-transfer characteristics of cryogenic hydrogen from 1000 to 2500 psia flowing upward in uniformly heated straight tubes
Heat transfer characteristics of cryogenic hydrogen flowing vertically upward in uniformly joule-heated straight tubes over pressure range of 1000 to 2500 psia
HEAT TRANSFER↗
Re-evaluation of heat-transfer data obtained in flight tests of heat-sink shielded re-entry vehicles.
Stagnation point velocity and pressure distribution over heat-sink shielded reentry vehicle to test boundary layer heat transfer theories
HEAT SHIELD↗
Influence of calorimeter surface treatment on heat-transfer measurements in arc-heated test streams.
Enthalpy of gas stream, calorimeter surface treatment and heat transfer measurement errors in arc-heated tests
ENTHALPY↗
A new integral equation for heat flux in inverse heat conduction.
Integral equation for heat flux in inverse heat conduction for infinite flat plate as in solid rocket igniters
HEAT FLUX↗
Heat transfer to cryogenic hydrogen flowing turbulently in straight and curved tubes at high heat fluxes
Force convection heat transfer characteristics of cryogenic hydrogen flowing turbulently at high heat fluxes
CONVECTIVE HEAT TRANSFER↗
Transient heat conduction in finite slabs with position-dependent heat generation
Transient heat conduction in finite slabs with position dependent heat generation
TRANSIENT HEATING↗
Measuring the Heat Capacity of Superfluid (sup 4)He in the Presence of a Heat Current Near T(lambda): Progress and Prospects
It has been predicted that the heat capacity of superfluid (sup 4)He will diverge strongly at a depressed transition temperature in the presence of a constarant heat current, Q.
heat capacity superfluid ***sup4***He transition t↗
Subcooled Boiling Heat Transfer Under Forced Convection In A Heated Tube
Boiling heat transfer under forced convection in a heated tube
FORCED CONVECTION↗
HEAT TRANSFER BY COMBINED FORCED CONVECTION AND THERMAL RADIATION IN A HEATED TUBE
Heat transfer by combined forced convection and thermal radiation in a heated tube
THERMAL RADIATION↗
FORCED CONVECTION IN A CHANNEL WITH WALL HEAT CAPACITY AND WITH WALL HEATING VARIABLE WITH AXIAL POSITION AND TIME
Forced convective heat transfer to a fluid between two parallel plates having a wall heat flux as a function of axial position and time
CONVECTIVE HEAT TRANSFER↗
Turbulent boundary-layer heat transfer from rapidly accelerating flow of rocket combustion gases and of heated air
Turbulent boundary layer heat transfer from fast accelerating flow of rocket exhaust gases and heated air
TURBULENT BOUNDARY LAYER↗
Propellant Heating Studies with Wall and Nuclear Heating
Propellant heating studies with wall and nuclear heating
NUCLEAR HEAT↗
Turbulent boundary-layer heat transfer from rapidly accelerating flow of rocket combustion gases and of heated air.
Turbulent boundary layer heat transfer from rapidly accelerating flow of rocket combustion gases and heated air, noting integral momentum and energy equations
GAS FLOW↗
Effect of discontinuities in surface catalytic activity on laminar heat transfer in arc-heated nitrogen streams
Discontinuity effects in surface catalytic activity on laminar heat transfer in arc heated nitrogen streams
GAS STREAM↗