Project update: citable P110/406 data, related papers and PIGPROX materials

[dctthree]

English

The repository now has a complete public evidence and citation path for two distinct real pipe pull-test campaigns:

• P110 EXP2: three-axis magnetic measurements and strain-gauge references only. Data DOI: https://doi.org/10.5281/zenodo.22167582
• 406-mm campaign: calibration MEM/remanence/strain plus repeated blind MEM/remanence/ETP packets. Data DOI: https://doi.org/10.5281/zenodo.22167685
• Software/workflows: Python and MATLAB source with CI and frozen evidence validators. Software DOI: https://doi.org/10.5281/zenodo.22162166

Six related peer-reviewed papers on compact electromagnetic sensing, physics/digital AI, near-zero magnetic sensing, dynamic magnetic coupling, multisensor feature boosting and differential planar-coil eddy-current inspection are indexed with DOI links and BibTeX:

https://github.com/dctthree/pipe-stress-data-platform/blob/main/docs/RELATED_PUBLICATIONS.md

Owner-supplied PIGPROX product materials are also available, including the original 12-page English eddy-current ILI brochure and the MEM ultralight MFL detector poster:

https://github.com/dctthree/pipe-stress-data-platform/tree/main/docs/product_materials

Original brochure release: https://github.com/dctthree/pipe-stress-data-platform/releases/tag/product-materials-2026-08

Evidence boundary: the present datasets support controlled same-pipe relative-change and repeatability research. They do not yet establish transferable absolute-MPa stress assessment on an independent field pipe. Product specifications remain manufacturer statements and are not reclassified as P110/406 experimental results.

Author/creator: Bin Gao, University of Electronic Science and Technology of China (UESTC).

中文

项目现已完成两套真实牵拉实验的公开归档、引用与展示链：

• **P110 EXP2：**仅包含三轴磁传感与应变片参考，不含独立剩磁或 ETP。数据 DOI：https://doi.org/10.5281/zenodo.22167582
• **406 mm 实验：**包含标定轮 MEM/剩磁/应变，以及盲测重复轮 MEM/剩磁/ETP。数据 DOI：https://doi.org/10.5281/zenodo.22167685
• **程序与流程：**Python/MATLAB 源码、持续集成和冻结证据验证。软件 DOI：https://doi.org/10.5281/zenodo.22162166

6 篇电磁与管道内检测相关论文已经按 DOI 和 BibTeX 统一整理；PIGPROX 涡流英文画册与 MEM 超轻漏磁内检测器海报也已作为独立产品资料公开。

**结论边界：**当前数据支持受控条件下同管相对变化与重复性研究，尚不能宣称已完成新管道现场绝对应力 MPa 的可迁移验证；画册指标属于厂商产品表述，不等同于 P110/406 应力实验结论。