Flickering buoyant diffusion methane flames in weakly rotatory flows were computationally
and theoretically investigated. The prominent computational finding is that the flicker …

Triple flickering buoyant diffusion flames of methane gas in equilateral triangle arrangement,
as a nonlinear dynamical system of coupled oscillators, were computationally investigated …

The synchronization modes of a nonlinear oscillator system consisting of three identical
flickering buoyant diffusion flames in isosceles triangles were studied experimentally and …

Oscillatory combustion in aero engines and modern gas turbines often has significant
adverse effects on their operation, and accurately recognizing various oscillation modes is …

Combustion instability has become a major problem in low-emission annular gas turbine
combustors. It is of practical importance to investigate the effects of transverse nozzle …

Combustion instability in gas turbines and rocket engines, as one of the most challenging
problems in combustion research, arises from the complex interactions among flames …

The classical flame instability problem of a flickering diffusion flame is investigated
experimentally, with an emphasis on the underlying vortex dynamics and flame pinch-off …

Small-scale flickering buoyant diffusion flames in externally swirling flows were
computationally investigated with a particular interest in identifying and characterizing …

We consider probabilistic models for sequential observations which exhibit gradual
transitions among a finite number of states. We are particularly motivated by applications …

The emergence of collective dynamical behaviors in a complex system has distinct
properties that its individuals do not have on their own. In the study, a series of circular …