Combustion instability frequently occurs in propulsion and power generation systems. It is
characterized by large-amplitude acoustic oscillations leading to undesirable …

Many aero-engine and gas turbine combustion systems are in choked configuration. These
combustors are more prone to thermoacoustic instability. Thus there is a need to …

Thermoacoustic instability occurs in many practical combustion systems. These systems are
non-normal and associated with transient growth of acoustic disturbances. If the transient …

Nowadays, it is easy for unstable combustion phenomenon to develop in a gas turbine that
is working in a lean premixed condition. To eliminate the onset of these instabilities and …

NO x reduction in EV burners with double cone is investigated numerically by evaluation of
the mixing characteristics with the parameter of modified unmixedness and NO x emission …

One of the main problems of nonlinear time history analysis is its high computational effort,
especially in structures with large number of structural components, high-rise buildings and …

The computational simulation of the manufacturing process of lithium-ion battery composite
electrodes based on mechanistic models allows capturing the influence of manufacturing …

The NO x correlation for fuel staged combustion on CH 4/air flames was investigated as a
function of operating conditions such as pressure, flame temperature, fuel-to-air ratio, and …

Gas turbine combustors are often subjected to combustion instabilities because of variability
of operating conditions, affecting components, and altering exhaust emissions. Herein, the …

The combined effects of heater position, mean flow parameters and flame models on
thermoacoustic instability in a one-dimensional Rijke tube are studied systematically by …