===firstname:
Hyeongkae
===firstname3:

===affil6:

===lastname3:

===email:
hkpark@lanl.gov
===keyword_other2:

===lastname6:

===affil5:

===lastname4:

===lastname7:

===affil7:

===postal:
Los Alamos National Laboratory
MS-B216,
Los Alamos, NM 87545
===ABSTRACT:
Accurate modeling of thermal radiative transfer problems in the X-ray regime is an important and difficult task. One of the main challenges is the presence of absorption and re-emission, which causes a strong nonlinear interaction be- tween radiation and host media. Recently, we have developed a moment-based, scale-bridging algorithm for solving thermal radiative transfer problems. High-order, low-order (HOLO) method accelerates the solution of Boltzmann transport equation using discretely-consistent low-order, continuum system. In this talk, we discuss recent progress in the algorithmic development, including stability improvements, multiphysics extension, and preliminary parallel performance study.



===affil3:

===title:
Recent Progress in High-Order, Low-Order Methods for Thermal Radiative Transfer Problems
===affil2:

===lastname2:

===firstname4:

===keyword1:
Robust and scalable iterative solution of coupled multi-physics problems: electromagnetics/fluids
===workshop:
no
===lastname:
Park
===firstname5:

===keyword2:
NOT_SPECIFIED
===otherauths:

===affil4:

===competition:
no
===firstname7:

===firstname6:

===keyword_other1:

===lastname5:

===affilother:

===firstname2: