A major goal of combustion research is to develop accurate, tractable, predictive models for
the phenomena occurring in combustion devices, which predominantly involve turbulent …

A criterion based on computational singular perturbation (CSP) is proposed to effectively
distinguish the quasi steady state (QSS) species from the fast species induced by reactions …

In the present work, the method of simplifying chemical kinetics based on Intrinsic Low-
Dimensional Manifolds (ILDMs) is modified to deal with the coupling of reaction and …

The present frontier of combustion chemistry is the development of predictive reaction
models, namely, chemical kinetics models capable of accurate numerical predictions with …

Computational flame diagnostics (CFLDs) are systematic tools to extract important
information from simulated flames, particularly when detailed chemical kinetic mechanisms …

This paper introduces a new method to formulate reaction progress variables for the
application of FGM in combustion systems. The method involves a multiobjective …

The book details sources of thermal energy, methods of capture, and applications. It
describes the basics of thermal energy, including measuring thermal energy, laws of …

Detailed chemical kinetics is an integral component for predictive simulation of turbulent
flames and is important for reliable prediction of flames and emissions. Major challenges of …

To treat a realistic chemical system, such as a liquid phase dehydrogenation reaction, a
chemical scheme, which describes the chemical kinetics in terms of the small number of …

We consider the numerical time integration of a class of reaction–transport systems that are
described by a set of ordinary differential equations for primary variables. In the governing …