In a recent article (Larsen, Morel, and Miller, J. Comput. Phys. 69, 283 (1987)), a theoretical method is described for assessing the accuracy of transport differencing schemes in highly scattering media with optically thick spatial meshes. In the present article, this method is extended to enable one to determine the accuracy of such schemes in the presence of numerically unresolved boundary layers. Numerical results are presented that demonstrate the validity and accuracy of our analysis.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/27867/1/0000280.pd
Graduation date: 1983Spatial flux profiles were calculated in idealized,\ud optically-thin ( 1 mfp) ...
The diffusion synthetic acceleration (DSA) method has emerged as a powerful tool for accelerating th...
Diffuse transmission and diffusing-wave spectroscopy (DWS) can be used to probe the structure and dy...
In this work, we develop a new spatial discretization scheme that may be used to numerically solve t...
The objective of this work is to investigate the thick diffusion limit of various spatial discretiza...
Graduation date: 2009Characteristic methods are widely known to be very accurate approaches to the\u...
Abstract: Weighted mesh approximations of the radiation transport equation corresponding t...
We have performed an asymptotic analysis to test the accuracy of 1-D spherical and 2-D cylindrical (...
We report computer simulations which test the accuracy of the diffusion theories used in the analysi...
In this research the singular perturbation technique is used to solve the one-dimensional neutron tr...
A rigorous perturbative transport equation for ballistic particles in thin films with random rough w...
A spatial and angular moment analysis of the linear Boltzmann transport equation is used to compute ...
We present an extensive Monte Carlo study on light transport in optically thin slabs, addressing bot...
textWe perform an asymptotic analysis to the spatial weights of the Arbitrarily High Order Transpor...
The radiative transfer equation (RTE) models the transport of light inside photonic scattering sampl...
Graduation date: 1983Spatial flux profiles were calculated in idealized,\ud optically-thin ( 1 mfp) ...
The diffusion synthetic acceleration (DSA) method has emerged as a powerful tool for accelerating th...
Diffuse transmission and diffusing-wave spectroscopy (DWS) can be used to probe the structure and dy...
In this work, we develop a new spatial discretization scheme that may be used to numerically solve t...
The objective of this work is to investigate the thick diffusion limit of various spatial discretiza...
Graduation date: 2009Characteristic methods are widely known to be very accurate approaches to the\u...
Abstract: Weighted mesh approximations of the radiation transport equation corresponding t...
We have performed an asymptotic analysis to test the accuracy of 1-D spherical and 2-D cylindrical (...
We report computer simulations which test the accuracy of the diffusion theories used in the analysi...
In this research the singular perturbation technique is used to solve the one-dimensional neutron tr...
A rigorous perturbative transport equation for ballistic particles in thin films with random rough w...
A spatial and angular moment analysis of the linear Boltzmann transport equation is used to compute ...
We present an extensive Monte Carlo study on light transport in optically thin slabs, addressing bot...
textWe perform an asymptotic analysis to the spatial weights of the Arbitrarily High Order Transpor...
The radiative transfer equation (RTE) models the transport of light inside photonic scattering sampl...
Graduation date: 1983Spatial flux profiles were calculated in idealized,\ud optically-thin ( 1 mfp) ...
The diffusion synthetic acceleration (DSA) method has emerged as a powerful tool for accelerating th...
Diffuse transmission and diffusing-wave spectroscopy (DWS) can be used to probe the structure and dy...