On the solution of the diffusion equations by numerical methods.
Finite difference method solution of diffusion equations, including analyses of stability and truncation errors
STABILITY↗
Engineering topics
Clark, J. A.
Publications and source records attributed to Clark, J. A..
Analytical and experimental study of the transient laminar natural convection flows in partially filled liquid containers.
Two-dimensional transient laminar natural convection heat transfer in partially filled liquid propellant tanks, solving vorticity and energy equations
VORTICITY EQUATION↗
Interfacial heat and mass transfer in a suddenly pressurized, binary liquid-vapor system.
Phase change across interface of suddenly pressurized binary liquid-vapor system
PHASE CHANGE↗
Transient natural convection flows in closed containers technical report no. 2
Measurements and calculations of natural flow convection and thermal stratification in closed containers
THERMAL CONVECTION↗
Pressurization of Liquid Oxygen Containers Progress Report No. 7, Nov. 1963 - Nov. 1964
Pressurization of liquid oxygen containers - cryogenic fluid boiling under high and low gravity, liquid hydrogen boiling, injection cooling, and two-dimensional heat transfer
LIQUID OXYGEN /LOX/↗
Transient, laminar, free-convection heat and mass transfer in closed, partially filled, liquid containers
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Clark, J. A.↗
Interfacial heat and mass transfer in a suddenly pressurized binary liquid-vapor system.
Phase change across interface of suddenly pressurized binary liquid-vapor system
HEAT TRANSFER↗
On the application of the source theory to the solution of problems involving phase change. ii - transient interface heat and mass transfer in multicomponent liquid-vapor system.
Time dependent interfacial location and rate of phase change at interface of suddenly pressurized multicomponent liquid-vapor system
PHASE CHANGE↗
On the application of the source theory to the solution of problems involving phase change. i - growth and collapse of bubbles.
Growth of vapor bubble in liquid mixtures and growth and collapse of noncondensing, nonsoluble gas in pure liquid determined by approximate solutions derived from forster source theory
GAS PHASE↗
Transient, laminar, free-convection heat and mass transfer in closed, partially filled, liquid containers technical report no. 1
Two-dimensional, laminar, transient, natural- convection heat and mass transfer in closed, partially filled liquid containers
FREE CONVECTION↗
NUCLEATE, TRANSITION, AND FILM BOILING HEAT TRANSFER AT ZERO GRAVITY
Cryogenic fluid is not affected by zero gravity in the range of nucleate boiling but buoyant-force controlled processes of maximum heat flux, transition and film boiling are gravity sensitive
CRYOGENIC FLUID↗
IN-FLIGHT GENERATION OF FUEL FOR CESIUM ION ENGINES - THE CESIUM HYDRIDE SYSTEM
Thermal decomposition of cesium hydride for in- flight fuel generation for a cesium ion engine
IONIC PROPULSION↗
Pressurization of liquid oxygen containers progress report no. 2, jan. - aug. 1961
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Arpaci, V. S.↗