The unsteady response of a flame to acoustic or flow perturbations plays a crucial role in
thermoacoustic combustion instability. The majority of studies on this subject presents and …

This paper investigates the kinetic behavior of premixed hydrogen-air deflagration flame
propagation in a closed tube with different obstacle arrangements with the Large Eddy …

To effectively analyses the flame propagation of premixed hydrogen-air explosion, this
paper carries out a numerical study on the dynamics of flame propagation during hydrogen …

The thermoacoustic behavior of a combustion system can be determined numerically via
acoustic tools such as Helmholtz solvers or network models coupled with a model for the …

Phasor diagrams are utilized to plot and analyze thermoacoustic modes in a duct with ideal
closed/open acoustic boundary conditions that contains a velocity-sensitive flame …

Many physical systems are subject to uncertainty in operating regimes, boundary conditions,
and physical parameter values. The generalized polynomial chaos (gPC) framework offers …

When combining a flame model with acoustic tools to predict thermoacoustic instability,
uncertainties embedded in the flame model and acoustic system parameters propagate …

With the rapid development in rail transit industry in China, the energy supply of rail
monitoring equipment has become a prominent problem, especially in some remote areas …

Thermoacoustic systems are often modeled with a hybrid approach that combines separate
models for acoustic propagation and flame dynamics. Model Order Reduction (MOR) may …

This paper establishes a PIE (Partial Integral Equation)-based technique for the robust
stability and H∞ performance analysis of linear systems with interval delays. The delays …