Trapped vortex combustor (TVC) is different from conventional swirl-stabilized combustors. It
takes advantages of a cavity to stabilize the flame. When the cavity size of a TVC is well …

In recent years, the study of hydrogen combustion has gained significant interest due to its
exceptional lean blow-out (LBO) performance, high efficiencies, and almost negligible …

Numerical calculation has been performed to analyze the combustion flow in different
advanced vortex combustors. For the rear blunt body, when slot size is 2 mm and half open …

Moderate or intense low oxygen dilution (MILD) combustion is investigated in a co/counter-
swirl using OH∗-chemiluminescence, species measurements, OH planar laser-induced …

The present study investigates the combustion dynamics of low-calorific value syngas in the
reverse-flow configuration at P= 1 atm using OH* chemiluminescence (5 kHz), noise (50 …

Experiments are carried out to investigate the effects of mixture stratification, velocity ratio,
and swirl on the LPG/air flame structures using a swirl-stabilized axisymmetric burner …

The combustion of low calorific value syngas in a 3.3-kW reverse-flow chamber under
moderate or intense low-oxygen dilution (MILD)(global equivalence ratio Φ global= 0.89) …

Two-stage rich-catalytic lean-swirl combustion is investigated in a 20-kW combustor using
biomass-derived syngas as fuel. In the first stage, fuel-rich catalytic combustion of syngas (Ф …

Numerical investigation of swirling flows in a trapped-vortex combustor (TVC) is carried out
using large eddy simulation (LES). A multi-block flow solver is employed to solve three …

This paper describes an experimental investigation of flow field characteristics of a
conceptual trapped vortex combustor (TVC). It is the first time that the novel TVC is evaluated …