Direct numerical simulation (DNS) of turbulent combustion is a research area becoming ever
more important and has been established as a powerful tool in combustion science to …

The one-dimensional turbulence (ODT) model resolves a full range of time and length
scales and is computationally efficient. ODT has been applied to a wide range of complex …

Accurate but economical modeling of supersonic turbulent boundary layers is a standing
challenge due to the intricate entanglement of temperature, density, and velocity fluctuations …

Data-driven modeling of complex dynamical systems is becoming increasingly popular
across various domains of science and engineering. This is thanks to advances in numerical …

One-dimensional turbulence (ODT) is an accurate and computationally efficient model for
simulating turbulent flows. ODT has been applied to a wide range of flow problems including …

This study presents the results of computational fluid dynamics simulations of a multiphase,
reacting, turbulent mixing layer in an idealized geometry. The purpose is to compare large …

The one-dimensional turbulence (ODT) model, formulated in an Eulerian reference frame, is
applied to a temporally-evolving premixed turbulent hydrogen plane-jet flame and results …

This chapter describes the use of machine learning (ML) algorithms with the linear-eddy
mixing (LEM) based tabulation for modeling of subgrid turbulencechemistry interaction. The …

This work investigates the ability of the one-dimensional turbulence model (ODT) to detect,
in a predictive manner, occurrence of successful ignition or misfire in a reacting gas mixture …

The goal of this dissertation is to provide a thorough characterization of the interaction
between soot and turbulence around soot inception region within sooting turbulent non …