Aero-engine blade defect detection is a crucial task in ensuring the safety and reliability of
aircraft. The visual inspection of aero-engine blades is a complex process that requires …

As an important part of aero-engines, blades are used to compress the air entering the
engine and produce a lot of thrusts. Catastrophic and sudden accidents caused by blade …

Due to the high proportion of aircraft faults caused by cracks in aircraft structures, crack
inspection in aircraft structures has long played an important role in the aviation industry …

Background—Aircraft inspection is crucial for safe flight operations and is predominantly
performed by human operators, who are unreliable, inconsistent, subjective, and prone to …

Aiming at the difficulty of automatic blade detection and the discontinuous defects on the full
image, an aeroengine blade surface defect detection system based on improved faster …

Surface defect inspection, detection, and classification in hollow cylindrical surfaces such as
pipes and barrels have a significant impact on the structural integrity of various industrial …

Background—In the field of aviation, maintenance and inspections of engines are vitally
important in ensuring the safe functionality of fault-free aircrafts. There is value in exploring …

To solve the problem of detecting the damages of aeroengine blades in harsh environments
and reduce the aviation safety hazards caused by visual reasons, such as careless …

The application of deep learning to X-ray image classification and recognition has attracted
increasing attention in intelligent radiographic testing. In this study, we developed a defect …

Turbomachinery plays a vital role in energy conversion systems, with aerodynamic issues
being integral to its entire lifecycle, spanning the period of design, validation, and …