In this work, reaction-diffusion manifold (REDIM) reduced chemistry is used in the simulation
of turbulent non-premixed flames based on a transported-probability density function model …

The Eulerian stochastic fields (ESF) combustion model can be used in LES in order to
evaluate the filtered density function to describe the process of turbulence–chemistry …

The present work focuses on the five different chemical mechanisms coupled with
probability density function (PDF) model to represent the local extinction and re-ignition …

Diethyl ether (DEE) is an interesting species for combustion for at least two reasons: On the
one hand, it is used as a kind of” worst case” reference substance for studies concerned with …

In this work, a mathematical formulation for the calculation of the sensitivity of manifold-
based simplified chemistry with respect to the scalar gradient is derived. This methodology …

Extinction limits are important quantities of counterflow diffusion flames. An accurate
prediction of extinction limits is necessary for the design of engineering combustion devices …

Manifold based simplified chemistry is an efficient reduction technique for the chemical
kinetics, which aims to reduce the computational effort in numerical simulations. While the …

The accurate prediction of the NOx formation has gained great attention in view of clean
combustion. In this direction, a reliable reduction technique for the chemical kinetics is …

Partially-premixed flames (PPFs) incorporate effects of both premixed and non-premixed
types of reaction zones. The modelling of PPFs using manifold-based model reduction …

Complex dynamical systems are often governed by equations containing many unknown
parameters whose precise values may or may not be important for the system's dynamics. In …