Solution of rarefied gas transport problems.
Monte Carlo method solution of heat transfer in rarefied gas between infinite flat plates
MONTE CARLO METHOD↗
Engineering topics
Perlmutter, M.
Publications and source records attributed to Perlmutter, M..
Collisionless flow of an ionized gas through a channel with an imposed magnetic field.
Collisionless mass flow of ionized gas through channel with imposed magnetic field
MAGNETOHYDRODYNAMIC FLOW↗
Collisionless flow of an ionized gas through a channel with an imposed magnetic field.
Collisionless mass flow of ionized gas through channel with imposed magnetic field
MAGNETOHYDRODYNAMIC FLOW↗
Solution of rarefied gas transport problems
Monte Carlo solution of rarefied gas heat transfer problems
HEAT TRANSFER↗
Monte carlo solution of radiant heat transfer in a nongrey nonisothermal gas with temperature dependent properties.
Monte carlo method applied to nonisothermal nongray gas radiative heat transfer problem where absorption coefficient is allowed to vary with wavelength and temperature
ABSORPTION COEFFICIENT↗
Radiant transfer through a gray gas between concentric cylinders using monte carlo.
Monte carlo method of finding radiative heat transfer and emissive power distribution between concentric cylinders enclosing nonisothermal gas with uniformly distributed heat source
HEAT TRANSFER↗
Monte carlo solution of thermal transfer through radiant media between gray walls.
Radiative heat transfer to a nonisothermal absorbing and emitting gray gas between gray walls analyzed, using monte carlo method
GRAY GAS↗
ANGULAR DISTRIBUTION OF EMITTED AND REFLECTED RADIANT ENERGY FROM DIFFUSE GRAY ASYMMETRIC GROOVES
Angular distribution of emitted and reflected radiant energy from diffuse gray asymmetric grooves
GROOVE↗
RADIANT TRANSFER THROUGH A GRAY GAS BETWEEN CONCENTRIC CYLINDERS USING MONTE CARLO
Monte carlo method of finding the radiative heat transfer and emissive power distribution between concentric cylinders enclosing a nonisothermal gas with a uniformly distributed heat source
GAS HEATING↗
MONTE CARLO SOLUTION OF THERMAL TRANSFER THROUGH RADIANT MEDIA BETWEEN GRAY WALLS
Radiative heat transfer to a nonisothermal absorbing and emitting gray gas between gray walls is analyzed using the monte carlo method
MONTE CARLO METHOD↗
EFFECT OF SPECULARLY REFLECTING GRAY SURFACE ON THERMAL RADIATION THROUGH A TUBE AND FROM ITS HEATED WALL
Specular radiation exchange within a circular tube subject to thermal radiation at the tube ends and a uniform heat flux at the walls
SPECULAR REFLECTION↗
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↗
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↗
CONVECTIVE AND RADIANT HEAT TRANSFER FOR FLOW OF A TRANSPARENT GAS IN A TUBE WITH A GRAY WALL
Convective and radiant heat transfer for flow of a transparent gas in a tube with a gray wall
GAS↗
DIRECTIONAL BEHAVIOR OF EMITTED AND REFLECTED RADIANT ENERGY FROM A SPECULAR GRAY ASYMMETRIC GROOVE
Directional behavior of emitted & reflected radiant energy from a specular gray asymmetric groove
ENERGY↗
Inlet and Exit-Header Shapes for Uniform Flow Through a Resistance Parallel to the Main Stream
Inlet and exit header shapes for uniform flow through a resistance parallel to the main stream
PARALLEL↗
Analysis of the flow and energy separation in a turbulent vortex
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Deissler, R. G.↗