The Hall-effect thruster is a prominent space propulsion system, providing a high specific
impulse and thrust-to-power ratio. However, detrimental phenomena occurring in Hall …

Identifying the governing parameters of self-sustained oscillation is crucial for the diagnosis,
prediction and control of thermoacoustic instabilities. In this paper, we propose and validate …

In this paper, we propose an identification algorithm that utilizes the least squares principle
based on the auxiliary model for parameter identification of discrete time-delay periodic …

Combustion systems are exposed to intrinsic and extrinsic noise arising from various
sources. Contrasting the conventional viewpoint of treating noise as signal contamination …

We present probabilistic solutions to a pair of mutually coupled Van der Pol oscillators
subjected to stochastic forcing. We consider three different types of coupling: reactive …

The performance of liquid rocket engines is influenced by randomness arising from various
sources, making deterministic analyses imprecise. Recognizing this issue, we perform a …

Many physical systems exhibit limit-cycle oscillations that can typically be modeled as
stochastically driven self-oscillators. In this work, we focus on a self-oscillator model where …

Electric propulsion systems, including electrothermal, electrostatic, and electromagnetic
thrusters, are promising systems for producing thrust from satellites. These systems …

Electric propulsion systems, including electrothermal, electrostatic, and electromagnetic
thrusters, are promising systems for producing thrust from satellites. These systems …

Combustion systems are exposed to intrinsic and extrinsic noise arising from various
sources. Contrasting the conventional viewpoint of treating noise as signal contamination …