Real-time measurement parameters are crucial for diagnosing faults in aero-engine gas
path performance, ensuring engine reliability, and mitigating potential economic losses …

In this article, a systematic approach is presented for simulating turbojet engine performance
at both design and off-design points. The construction of gas turbine engines involves a …

This research focused on the helicopter turboshaft engine dynamic model, identifying task
solving in unsteady and transient modes (engine starting and acceleration) based on sensor …

Aiming at the complex nonlinear and uncertain multi-variable coupling problems of heavy-
duty gas turbine, a data-driven heavy-duty gas turbine modeling method combined with …

An equivalent model using Taylor expansion (TEEM) is proposed for a fleet of engines
regulated by the industrial baseline controller, aiming at the fast assessment of in-service …

Gas turbines are pivotal in electricity generation and industry, prized for their efficiency and
flexibility in meeting diverse power needs. Optimizing their thermal efficiency is essential for …

Engine model plays a crucial role in various applications of energy system, such as health
management and control optimization. However, the traditional physics-based model is …

The gas turbine engine is a predominant prime mover in the transport and energy sectors,
and ensuring its reliable operation holds paramount significance. While intelligent fault …

In this paper, we investigate the impact of diesel and kerosene on the transient processes
occurring in a micro-turbojet aviation engine. The experiments were conducted under two …

The growing interest in the intercooled recuperated turbofan engine (IRT) reflects the push
towards more fuel-efficient aero-engines. However, several additional questions are raised …