A review of development and application of out-of-pipe detection technology without removing cladding
X Wang, L Yang, T Sun, G Rasool, M Sun, N Hu, Z Guo - Measurement, 2023 - Elsevier
Among all the feasible solutions for current energy transportation and the resulting cost,
environmental, and safety issues, pipeline transportation is undoubtedly one of the most …
environmental, and safety issues, pipeline transportation is undoubtedly one of the most …
Non-contact harmonic magnetic field detection for parallel steel pipeline localization and defects recognition
A novel detection method and targets signal extraction algorithm for parallel steel pipeline
localization and defects recognition based on harmonic magnetic field are proposed. An …
localization and defects recognition based on harmonic magnetic field are proposed. An …
A technology of multiple-harmonic magnetic field excitation and its signal-processing method for noncontact steel pipeline defect detection
L Yang, X Wang, T Sun, Y Wang, Y Qi… - Structural Health …, 2024 - journals.sagepub.com
Harmonic magnetic field focus detection technology has been utilized for in-service pipeline
defect detection due to its advantage in providing high-sensitivity and noncontact detection …
defect detection due to its advantage in providing high-sensitivity and noncontact detection …
[PDF][PDF] DETECTION OF STEEL PIPELINE WITHOUT REMOVING CLADDING BASED ON DIFFERENTIAL COMPENSATION PROBE
X Wang, Z Guo, T Sun, N Hu, P Gao, L Yang, G Rasool… - 2025 - metrology.wat.edu.pl
The harmonic magnetic field detection method has the advantage of a large lifting height,
which is particularly beneficial for the detection of steel pipelines without removing cladding …
which is particularly beneficial for the detection of steel pipelines without removing cladding …