PPolysplendidDISC SPRING ENGINEERING
AboutOverview
Company Profile
Technology Route
Technology & Team
Milestones
News
Exhibitions
Careers
ProductsOverview
Standard Disc SpringsStandard Disc Springs
Standard Disc SpringsSupplementary Sizes
Special EnvironmentsStainless Disc Springs
Special EnvironmentsHigh-temperature Disc Springs
Special Surface ProfilesSpherical Disc Springs
Special Surface ProfilesHyperbolic Disc Springs
Special Surface ProfilesEuler Spiral Surface Disc Springs
Special Surface ProfilesB-spline Surface Disc Springs
Engineering DataOverview
Theoretical Calculation
Stacks & Characteristic Curves
Stress, Fatigue & Relaxation
Tolerances
Materials & Corrosion
Manufacturing & Inspection
Product Dimension Tables
Knowledge CenterOverview
Disc Spring Basics
Selection & Stack Applications
Installation, Guidance & Use
Materials & Environments
Maintenance & Failure Diagnosis
Applications
Learning Resources & Videos
FAQ
CapabilitiesOverview
Manufacturing Processes
Production Equipment
Testing & Laboratory
Quality & Traceability
R&D & Engineering Validation
Qualifications & Patents
Experimental Data
Customer Cases
Factory Tour
Business ServicesOverview
Engineering Selection & Quote
Custom Design
Samples & Testing
Stock & Lead Time
Delivery, Packaging & Quality Documents
After-sales & Failure Analysis
Channel Partnership
Contact
Sign in / Register

KNOWLEDGE ASSET

Automated Train-Rivet Crack Detection Using Fluorescent Magnetic Particle Inspection and Instance Segmentation

Original titlesr 2024 fluorescent mpi rivets

Professional source metadata, version and usage boundary.

Curated summary

This open-access paper automates crack detection in fluorescent magnetic-particle images of train rivets using instance segmentation, dense-crack post-processing, channel-spatial attention, and multi-task feature learning. It also develops a non-contact composite magnetization device for different rivet shapes. The reported recall and mAP at 0.5 are 86.4 and 90.3 percent. The approach may inform spring-surface inspection, but its dataset and workpiece differ and require independent validation.

Original languageen

Bibliographic metadata

Filesr-2024-fluorescent-mpi-rivets.pdf
Type / categoryreference_pdf / references
SectionInstallation & Use
Organization
Authors
Languageen
Rights / accessopen_license / public

Version

Version not identified · 1/1/2024 · active · current

Professional identifiers

Identifier pending review.

Source

https://www.nature.com/articles/s41598-024-61396-6.pdf