MILD combustion processes belong to new combustion technologies developed to achieve
efficient and clean fuel conversion. The basic concept behind its implementation is the use …

There is a wealth of existing experimental data of flames collected using laser diagnostics.
The primary objective of this review is to provide context and guidance in interpreting these …

This numerical study is designated to comparatively investigate premixed CH 4/air jet flames
from bluff-body (BB) and non-BB (NBB) burners in the coflow of hot exhaust gas …

This work aimed to compare the non-intrusive Rayleigh scattering technique and intrusive
suction pyrometry for temperature measurements in a semi-industrial MILD combustion …

Transient auto-ignition is a key factor for flame stabilization and flame initialization in several
technical combustion systems such as internal combustion engines or gas turbine …

The Pareto-efficient combustion (PEC) framework is extended for predicting transient
ignition in turbulent flames. The PEC formulation utilizes a drift term to assess the …

Efficient simulation tools are crucial for studying complex systems such as reacting flows
where computational costs of computing chemical reaction rates can vastly exceed the costs …

The current study focuses on characterizing the auto-ignition process from turbulent fuel
injection into a high-temperature, vitiated environment using the jet-in-hot-coflow (JHC) …

In the current work, the auto-ignition of a turbulent round methane jet is studied numerically
by means of a transported probability density function (PDF) method. The methane jet is …

A new approach for quantitative mixture fraction imaging in the turbulent mixing of a fuel jet
and a high temperature oxidizer co-flow was developed by means of planar laser-induced …