Since its initial development as a specialty technique for modeling neutron transport in fissile
materials almost 80 years ago, the Monte Carlo method has since been deployed in almost …

Predictive simulation of the combustion process in engine is crucial to understand the
complex underlying physicochemical processes, improve engine performance, and reduce …

Radiation can play a central role in turbulent reactive flows where heat transfer is enhanced
in applications with high temperature and pressure. The Monte Carlo method is a successful …

A transported composition probability density function (PDF) method is developed for
pulverized coal combustion. A consistent hybrid Lagrangian particle/Eulerian mesh …

Turbulent pool fires have been studied as a canonical configuration in fire science with wide
interest. A numerical study of a small-scale turbulent heptane pool fire is conducted in the …

This paper investigates the influence of unresolved turbulent fluctuations on radiation heat
transfer and formation of NO and soot in an n-dodecane spray flame (known as Spray A) …

An overview is presented of recent developments in filtered density function (FDF)
methodology as utilized for large eddy simulation (LES) of turbulent flows. The review is …

Accurate synthetic spectra that rely on large Line-By-Line (LBL)-databases are used in a
wide range of applications such as high temperature combustion, atmospheric re-entry …

Comprehensive studies are performed to evaluate the effect of molecular transport on the
probability density function (PDF) modeling of turbulent non-premixed flames. The widely …

With today's computational capabilities, it has become possible to conduct line-by-line (LBL)
accurate radiative heat transfer calculations in spectrally highly nongray combustion …