This is a comprehensive, critical, and pedagogical review of volumetric emission
tomography for combustion processes. Many flames that are of interest to scientists and …

The numerical investigation of quenching distances in laminar flows is mainly concerned
with two setups: head-on quenching (HOQ) and side-wall quenching (SWQ). While most of …

OH* chemiluminescence is one of the major spontaneous emission in flames, and often
applied in combustion diagnostics to indicate flame structure, strain rate, equivalence ratio …

The study examines chemiluminescence measurements and computations as a method of
validation. Because chemiluminescent radicals are present in small concentrations and …

Prediction of combustion instability is essential in reducing development costs of large scale
rocket engines. Recently, high fidelity CFD models have shown some ability to represent the …

Due to the introduction of alternative aviation fuels, new methods and models are necessary
which have the capability to predict the performance of combustors dependent on the fuel …

A machine learning algorithm, the deep neural network (DNN) 1, is trained using a
comprehensive direct numerical simulation (DNS) dataset to predict joint filtered density …

Direct numerical simulations of Moderate or Intense Low-oxygen Dilution combustion inside
a cubical domain are performed. The computational domain is specified with inflow and …

The detailed kinetic mechanism of the author was extended by reactions describing
formation and consumption of excited species which are formed in NH 3+ CH 4+ air flames …

Here, we propose a new physically consistent modeling scheme, JIHT-OHex (C x H y), that
accurately predicts the formation and consumption of electronically excited …