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 …

In this study, multi-dimensional molecular transport phenomena during Flame-Wall-
Interactions (FWI) and their effects on model reduction strategies are investigated. In order to …

In manifold-based reduced models, a manifold is often generated based on an a-priori
identification. Subsequently, a successful reduced kinetic computation is largely dependent …

We study interactions between the premixed flame front and evolving vortices using the
vortex-surface field (VSF) and direct numerical simulation of a hydrogen/air premixed flame …

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 …

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 …

Abstract A hybrid RANS/Transported-PDF model for the simulation of turbulent reacting
flows based on automatically reduced mechanisms for the chemical kinetics (reaction …

Combustion simulations involve the modeling of chemical kinetics, and due to the
complexity of detailed mechanisms, chemistry reduction techniques are necessary. One …

Numerical simulations of reactive flows are still a challenge when using full detailed kinetic
mechanisms, which are becoming larger and larger to incorporate most of the combustion …

We apply ridge analysis for reaction zone characterisation in non-premixed combustion.
Generalizing the topographical mountain-ridge archetype, ridges are low-dimensional …