Steel ball based on fiber optic sensing technology

The defects on a ground steel ball surface are very tiny and almost invisible; the existence of the defects will extremely influence the working stability of bearing system. To detect the surface qual...

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Defects Inspection of Steel Ball Based on Optical Fiber Sensing

A new method to detect steel ball''s surface flaws is presented based on computer techniques of image processing and pattern recognition, which can carry out the recognition of flaws

Defects Inspection of Steel Ball Based on Optical Fiber Sensing

The automatic and low cost inspection instrument is urgently required this paper one new classification method based on optical fiber sensing technology was put forward from the longitudinal

Defects Inspection of Steel Ball Based on Optical Fiber Sensing

Abstract: Surface quality of bearing ball is one of important factors to improve service performance. It is difficult to detect bearing ball surface defects with high precision and low cost by conventional

Embedded Fiber Optic Sensors in Structural Materials for

Fiber optic sensors are capable of multiplexed sensing of spatially distributed temperature and strain with high spatial resolution, and can offer stable measurement at extreme environments

Fiber Optic Sensing Technologies Supporting Advancements in

MI immunity, high resolution, distributed sensing capability, and compatibility with harsh environments. In this lecture, current advancements and potential emergi.

Defects Inspection of Steel Ball Based on Optical Fiber Sensing

The results show optical fiber sensing technique is an effective method to separate different surface of steel ball with extracting of two parameters displacement and surface...

Fiber Optic Sensing Technologies Supporting Advancements In Steel

New and existing sensors based on fiber optic technologies have shown great promise for applications in steel manufacture. These new highly distributed and remote sensing capabilities

Steel ball surface inspection using modified DRAEM and

This paper introduces an automatic optical inspection system that employs a modified DRAEM, a reconstruction-based anomaly detection network, for examining the surface of precision

Research on optical amplification technology in steel ball surface

When using fiber optic sensing technology to detect surface defects on steel balls, the conventional method of combining photodetectors with hardware amplificat

Research on dual wavelength coaxial optical fiber sensor for detecting

To detect the surface quality on a steel ball effectively, dual wavelength coaxial optical fiber sensor technology is applied in this paper, and the defects are quantified as the characteristic

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