Lean Blow-off (LBO) is important in gas turbine combustion. In this paper, numerical
simulation and experiment are conducted to develop a new method for LBO prediction of …

Abstract Lean Blow-Off (LBO) is of great significance for propulsion systems, and developing
an efficient LBO prediction method can technically support combustor design. In this paper …

The lean blowout (LBO) is a critical aspect of combustion performance for gas turbine
combustors. During the past decades, three major prediction methodologies for the LBO …

The lean blowout (LBO) limit plays a critical role in the operation of gas turbine combustors.
In order to achieve the quick prediction of the LBO limit, three major prediction tools for the …

A hybrid lean blow-off prediction method based on Damköhler (Da) number was proposed
in the authors' previous study. However, the uniform model for fuel drop size distribution …

The lean blowout is the most critical issue in lean premixed gas turbine combustion.
Decades of research into LBO prediction methods have yielded promising results …

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 …

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 …

IN AEROENGINE applications, the lean blowout (LBO) limit plays a critical role in the
operational envelope of the engine [1]. To improve engine thermodynamic performance and …

Early prediction and effective extension of lean blowout (LBO) are desirable for both aero
and stationary gas turbines. Due to the complexities of finite thermo-chemistry/turbulence …