Sentence examples for model for radiative from inspiring English sources
The M1 model for radiative transfer coupled to a material energy equation in planar geometry is studied in this paper.
A Carnot-type heat engine model for radiative and convective boundary conditions was used to consider the effects of the finite-rate heat transfer and internal irreversibilities.
The previously developed spectral model for radiative transfer in vacuum thermal insulation of space vehicles is generalized to take into account possible thermal contact between a fibrous spacer and one of the neighboring aluminum foil layers.
We introduce a new model for radiative transfer equations where low energy groups are treated in the diffusion approximation whereas high energy groups are solution of the classical transport equation.
A new multi-scale hybrid transport-diffusion model for radiative transfer is proposed in order to improve the efficiency of the calculations close to the diffusive regime, in absorbing and strongly scattering media.
Future works should be devoted to the development of SGS models for radiative transfer.
The present ITF model accounts for radiative cooling induced by gaseous species and soot particles in the same mixture fraction space simultaneously while it treats the unphysical diffusion of soot to be practically zero.
Simplifications of the model for nongray radiative heat transfer analysis in participating media comprised of polydisperse water droplets are presented.
The results correspond to a model for fast radiative ignition where Lambert-Beer absorption is the main energy interaction mechanism between the energetic material and the laser beam.
Monte Carlo simulations provide an indispensible model for solving radiative transport problems, but their slow convergence inhibits their use as an everyday computational tool.
Enhancement of the radiative heat loss due to turbulent fluctuations was almost 50% in this flame; this exceeds a previous estimate based on a simpler model for the radiative properties of a gas.
