Analysis of heat transfer for compressible flow in two-dimensional porous media
Compressible gas flow in two dimensional porous wall, calculating heat transfer and mass flow by conformal mapping for Laplace equation solution
Engineering topics
Publications and source records attributed to Siegel, R..
Compressible gas flow in two dimensional porous wall, calculating heat transfer and mass flow by conformal mapping for Laplace equation solution
Thermal radiative heat transfer in absorbing, emitting, and scattering media
The following topics are addressed: (1) emissive characteristics of a blackbody; (2) definition of properties for nonblack surfaces; (3) fundamentals of radiation in absorbing, emitting, and scattering media; (4) radiation in the presence of other modes of energy transfer; and (5) propagation in isotropic medium (the complex refractive index).
Two-dimensional transpiration heat conduction in porous region bounded by four surfaces
Freezing and melting of warm water flow at stagnation point over cooled plate for convective condition at solid-liquid interface
Cold plate immersed in warm flowing liquid, calculating two dimensional transient and steady state solidification by conformal mapping
Analytical method for obtaining exact solutions for steady state heat transfer behavior of two dimensional porous cooled media
Thermal radiation configuration factors tables giving reference sources, discussing historical development of factors
Conformal mapping of steady frozen layer configuration within cold rectangular channels containing warm flowing liquids
Freezing and melting of warm water at stagnation point on cold plate
Transient conformal mapping for two dimensional solidification of flowing liquid onto 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.
Analysis of two dimensional inviscid model jet impingement under verticle takeoff airplane
Instantaneous frozen layer thickness and temperature profile in solidified layer obtained by iteration technique
Conformal mapping of two dimensional jet flow from two nozzles striking plane surfaces
Thermal radiation exchange between surfaces and enclosures
Conformal mapping procedure for transient and steady state two dimensional solidification
Inviscid flow of two parallel slot jets impinging normally on surface