The lean blowout (LBO) limit is a crucial performance for aircraft engine combustors. It is
essential to obtain the LBO limit during the design stage of the aircraft engine combustors …

Lean Blow-Out (LBO) is critical to operational performance of combustion systems in
propulsion and power generation. Current predictive tools for LBO are based on decades …

Abstract The Lean Blowout (LBO) limit is crucial for the aircraft engines. The semi-empirical
(such as Lefebvre's LBO model and Flame Volume (FV) model), numerical and hybrid …

Lean blow-out (LBO) is critical to operational performance of combustion systems in
propulsion and power generation. Current predictive tools for LBO limits are based on …

According to the Lefebvre's model and flame volume (FV) concept, an FV model about lean
blow-out (LBO) was proposed by authors in early study. On the other hand, due to the model …

Lean blowout (LBO) limit is an important parameter for aero-engine combustors. There are
some LBO correlations used by designers to estimate the LBO fuel/air ratio (FAR). Among …

A method named characteristic curve of flame volume is achieved for lean blowout
predictions on the basis of the improved Lefebvre's model and simulated reacting flows …

Abstract The occurrence of Lean Blowout (LBO) is a disadvantage that endangers a stable
operation of gas turbines. A determination of LBO limits is essential in the design of gas …

The prediction of lean blowout (LBO) limits is very important in the combustion design
process. Several LBO semi-empirical correlations are proposed to estimate the LBO …

Lean Blow-Out (LBO) limits are critically important in the operation of aero engines.
Previously, Lefebvre's LBO empirical correlation has been extended to the flame volume …