MA Wenqi,WANG Qinying,SONG Yuhui,FU Changyou,ZHANG Xinshou,LUO Xiaofang,XI Yuchen,DONG Lijin,ZHANG Huali,ZHANG Zhi.Construction and Corrosion Mechanism of Erosion-corrosion Prediction Model for P110 Steel[J],53(10):110-123
Construction and Corrosion Mechanism of Erosion-corrosion Prediction Model for P110 Steel
Received:June 14, 2023  Revised:September 13, 2023
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DOI:10.16490/j.cnki.issn.1001-3660.2024.10.008
KeyWord:P110 steel  erosion corrosion  high temperature and pressure  machine learning  random forest
                             
AuthorInstitution
MA Wenqi School of New Energy and Materials,Chengdu , China
WANG Qinying School of New Energy and Materials,Chengdu , China
SONG Yuhui School of New Energy and Materials,Chengdu , China
FU Changyou School of New Energy and Materials,Chengdu , China
ZHANG Xinshou School of New Energy and Materials,Chengdu , China
LUO Xiaofang School of New Energy and Materials,Chengdu , China
XI Yuchen School of New Energy and Materials,Chengdu , China
DONG Lijin School of New Energy and Materials,Chengdu , China
ZHANG Huali Engineering Technology Research Institute, PetroChina Southwest Oil & Gas field Company, Sichuan Guanghan , China
ZHANG Zhi Petroleum Engineering School, Southwest Petroleum University, Chengdu , China
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Abstract:
      As a common oil well pipe material in the oil and gas industry, P110 steel is prone to erosion corrosion at high temperature, high pressure, and high salinity flowing media, which threatens the safety of oil and gas development.
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