On-board real time modelling for gas turbine aero-engines has been extensively used for
engine performance improvement and reliability. This has been achieved by the utilization of …

Health monitoring is an essential part of condition-based maintenance and prognostics and
health management for gas turbines. Various health monitoring systems have been …

This work aims to apply a multivariable nonlinear model-based predictive control strategy
(MPC) to avoid unsafe or inappropriate operation of gas turbines, while reducing NO x …

This contribution reports on the development of Performance Digital Twin for industrial Small
Gas Turbines. The objective of this study was the development of automation systems with …

Real-time gas turbine engine models are integral part of techniques such as model-based
control and diagnostics. The use of model based techniques to diagnose and adaptively …

In this study, an assessment of degradation and failure modes in the gas-path components
of twin-shaft industrial gas turbines (IGTs) has been carried out through a model-based …

A model of the thermodynamic cycle can be used in various fields, such as engine operation
and control optimization, diagnosis, and maintenance. It is therefore important to develop a …

The onboard adaptive model is essential to the model-based control and diagnosis of the
engine. However, current methods, such as the Kalman-based and the data-driven ones …

This study presents the method for detection and isolation of component faults and
degradation modes in industrial gas turbine engine. Performance of gas turbine engines …

The gas turbine is of great significance to industries such as aviation, power generation, oil,
and gas. Therefore, fault occurrence in this turbomachinery item can lead to operational …