In the age of industry 4.0, deep learning has attracted increasing interest for various
research applications. In recent years, deep learning models have been extensively …

The need for non-destructive testing/structural health monitoring (SHM) is becoming
increasingly important for gas turbine manufacturers. Incipient cracks have to be detected …

The main purpose of the present work is to propose an effective tool which allows to ensure
the protection and the safety measures against the instability phenomena in a gas turbine …

In real application, when rotary machinery frequently involves variable-speed, unsteady load
and defect, it will produce non-stationary vibration signal. Such signal can be characterized …

Blade fault is a catastrophic failure of gas turbines. In order to improve the reliability of blade
during operation, condition monitoring is one of the effective methods. However, there …

Abstract Blade Tip Timing (BTT) has been in existence for many decades as an attractive
vibration based condition monitoring technique for turbomachine blades. The technique is …

Aeroengine amalgamates state-of-the-art technologies across diverse domains, serving as a
comprehensive manifestation of a nation's prowess in science and industry. Frequent …

Online structural dynamic analysis of turbomachinery blades is conventionally done using
contact techniques such as strain gauges for the collection of data. To transfer the captured …

The aerodynamic characteristics of advanced low-pressure turbines could be affected by the
interaction between the transitional and turbulent flow and the dynamic behaviour of the …

Abstract Blade Tip Timing (BTT) technology is concerned with the estimation of
turbomachinery blade vibration. A BTT system comprises two parts:(a) measurement system …