The combustion phenomena of biodiesel and its blends are not the same as fossil diesel
combustion in compression ignition (CI) engines due to their different physio-chemical fuel …

Large eddy simulation (LES) using a transported PDF model and OH-PLIF/PIV experiments
were carried out to investigate the quarl effects on the structures of swirl stabilized …

The present paper examines the capability of low swirl flows in stabilizing low calorific value
fuels. To such an aim, CO 2 gas is used to adjust the reactivity of CH 4/air mixtures. The …

Direct numerical simulations of non-premixed swirling fuel-rich/fuel-lean flames within a high-
pressure model gas turbine combustor are conducted to investigate the flow and flame …

The objective of this study is to gain a fundamental understanding of the flow-field and flame
behaviors associated with a low-swirl burner. A vane-type low-swirl burner with different …

Turbulence generator (Called turbulence generating plate or perforated plate) of a swirler in
low-swirl combustion plays an important role in generating a stable lifted flame with an …

Visualization of the heat release zone (HRZ) of highly turbulent flames is significantly
important to understand the interaction between turbulence and chemical reactions, which is …

It has become increasingly cost-effective for the steel industry to invest in the capture of
heavily carbonaceous basic oxygen furnace or converter gas, and use it to support the …

Central airflow has been widely used to improve the performance of swirl burners in
engineering applications. This paper reports an experimental investigation on the effects of …

In order to get a more accurate turbulence model, three turbulence models had been
adopted to simulate combustion progress on dual fuel (DF) engines. Compared with …