Engine diagnostic practices are as old as the gas turbine itself. Monitoring and analysis
methods have progressed in sophistication over the past six decades as the gas turbine …

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 …

A high-temperature sensor based on a metamaterial unit cell is proposed in this paper. The
wireless passive temperature sensing method is based on the electromagnetic backscatter …

The three-bypass duct structure of Adaptive Cycle Engine (ACE) provides unique
performance advantages while also challenging the design of its exhaust system. The …

This paper provides an overview of the controls and diagnostics technologies, that are seen
as critical for more intelligent gas turbine engines (GTE), with an emphasis on the sensor …

The temperature sensor presented in this paper is based on a microwave dielectric
resonator, which uses alumina ceramic as a substrate to survive in harsh environments. The …

A non-linear numerical simulation technique for predicting the unsteady performances of an
air-breathing engine is developed. The study focuses on the simulation of integrated …

Engine diagnostic practices are as old as the gas turbine itself. Monitoring and analysis
methods have progressed in sophistication over the past 6 decades as the gas turbine …

A wireless and passive temperature sensor operating up to 800° C is proposed. The sensor
is based on microwave backscatter RFID (radio frequency identification) technology. A thin …

The variable cycle engine (VCE) is of interest for military and supersonic civil platforms due
to its improved operational flexibility. However, the increase in design and control degrees of …