Well, if you want to know about radiation, you
simply must read my book "Radiative Heat Transfer." Click here
to look at the Table of Contents.
You may also want to look at a little description of some of the experimental work we do on surface properties, using an Infrared Emissometer, an Infrared Transmissometer, and an Integrating Sphere Reflectometer.
Present Research Projects:
“LES modeling of spectral
multiphase radiation and turbulence/chemistry/radiation interactions in
reacting turbulent flow,” NASA
- LES/FDF modeling of
turbulent reacting flows
- High fidelity soot
models, including radiation
- Fuel spray models,
including radiation
- High-fidelity full-spectrum
k-distribution spectral models for combustion gases, soot and sprays
- High-order spherical
harmonics RTE solutions
- Particle-based,
line-by-line accurate photon
- High-order photon
- Assessment of TCI and
TRI, including emission and absorption TRI
“Coupled Nonequilibrium
Flow, Energy and Radiation Transport for Hypersonic Planetary Entry,”
NASA
- Radiative property
database for nonequilibrium radiation in air
plasmas
- Line-by-line spectral
module for photon
- Loosely coupled
DSMC– photon
- Tightly-coupled
CFD–Tangent Slab (LBL accurate) solvers (for DPLR and LAURA codes)
- Tightly-coupled
CFD– photon
- Full-spectrum
k-distributions for nonequilibrium air plasma radiation
“Basic Interactions Between Turbulence and Radiation in Hypersonic Turbulent
Boundary Layers,'' NASA CUIP
o
Identification of high-turbulence regions on reentry
vehicles
o
Establishment of
overall radiation field (including bow shock and boundary layer)
o
LES on
turbulent boundary layer with internal emission, plus irradiation from bow
shock
o
Assessment of
possible importance of TRI
Download of Full-Spectrum
k-Distribution Models and Databases (requires
password obtained from Michael Modest)
(single-group,
single-scale k-distribution for CO2)
