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

A review of existing research on signatures of gas turbine faults is presented. Faults that
influence the aerothermodynamic performance of compressors and turbines, such as …

Abstract Gas Turbine Engines (GTEs) are vastly used for generation of mechanical power in
a wide range of applications from airplane propulsion systems to stationary power plants …

This study presents a conceptual modeling framework for gas path prognostics of the gas
turbine, to improve condition monitoring knowledge. The structure contains main concepts …

Health condition monitoring of Gas Turbine Engine (GTE) components is key for predictive
maintenance planning. The task is challenging, as the gas-path components are mostly …

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 …

Gas path parameters play a crucial role in the health management of aeroengines, which
are usually generated from the nonlinear component-level model. However, risks of stability …

Microturbojets are one of the main thrust sources in several high-performance unmanned
aerial vehicles (UAVs). In many applications these vehicles operate in conditions that may …

A review of existing research on signatures of gas turbine faults is presented. Faults that
influence the aerothermodynamic performance of compressors and turbines, such as …

Gas path diagnostics is a key aspect of the engine health monitoring (EHM) process that
aims to detect, identify and predict engine component faults, using information from installed …