Engineering topics
Publications and source records attributed to Perlmutter, M..
Randomly fluctuating, non-Gaussian pressure gradient effect on steady, incompressible channel flow
Heat transfer in laminar channel flow with random velocity variations, using Monte Carlo technique
Surface with grooves having flat bases gives directional emissivities and absorptivities that can be made to approximate a perfect directional surface. Radiant energy can then be transferred in desired directions.
Rarefied diffusion of molecules through different molecular species
Heat transfer in channel with random variations in fluid velocity
Model sampling or Monte Carlo applied to normal shock, giving temperature and density profiles for Mach 10 shock
Monte Carlo method applied to normal shock problem
Rarefied gas couette flow and heat transfer between parallel plates analyzed by model sampling procedures
Model sampling applied to normal shock problem
Transient heat transfer through monatomic collisionless ideal gas enclosed between parallel walls analyzed for step change in one wall temperature
Transient heat transfer through collisionless gas enclosed between parallel plates
Couette flow and heat transfer of rarefied gas between parallel plates analyzed by Monte Carlo method
Couette flow and heat transfer through hard- sphere rarefied gas enclosed between parallel walls analyzed by Monte Carlo method
Concentrator device for controlling direction of solar energy onto energy converters
Monte Carlo analysis of rarefied-gas heat transfer between parallel plates under various flow conditions
Couette flow and heat transfer between parallel plates enclosing hard-sphere rarefied gas analyzed by Monte Carlo method
Steady flow of highly rarefied ionized gas through channel with magnetic field solved by Monte Carlo method obtaining density, energies, wall shear stress, etc
Monte Carlo method analysis of rarefied gas heat transfer between parallel plates in terms of temperature, density and Knudsen number