For the propose of improving the economic benefits of wind turbine utilization, an image
recognition model based on deep learning called 'Multivariate Information You Only Look …

Blade tip timing (BTT) is a promising non-contact on-line monitoring technique for rotor
blades. Although various analytical methods for BTT signals have been developed, their …

Long-term high cycle fatigue vibration will lead to the reduction of life of the blade. Blade Tip
Timing (BTT) technology is a research hotspot in the non-contact measurement of blades …

During the operational lifespan of mechanical structures, the occurrence of “breathing”
cracks in structural components due to long-term dynamic loading poses a significant risk of …

To increase the economic efficiency of utilizing wind turbines, an enhanced object detection
model based on the small version of the fifth generation of the You Look Only Once …

The impeller is one of the core components of a large-scale centrifugal compressor, and its
performance directly affects the stability and safety of the centrifugal compressor. The non …

On the condition of variable speeds, the blade crack signal generated by the single-mode
sensor is an inherent risk of being misled by noise. Besides, it is challenging to reach the …

The stability of wind turbines is closely related to the economic benefits of wind energy. To
improve the stability of the wind turbine, a comprehensive image diagnosis method based …

Blade tip-timing (BTT) is a rotating blade vibration measurement technology. It is a universal
and effective method to acquire blade tip displacement data by frequency sweep and …

Crack detection of turbine disks is of great significance in aero-engine health monitoring.
The traditional non-destructive testing (NDT) methods are not applicable for in-situ or online …