部分代表成果: 1. Jing J , Tian Y, Zhu X ,et al. Safety evaluation of offshore oil and gas well string based on corrosion rate prediction.Journal of Loss Prevention in the Process Industries.2024.91.WOS:001266920000001. 2. Jing J , Ni Z , Zhu X ,et al.Mechanical failure analysis of drill string aggravated by stuck pipe after high-temperature melting-cutting operations[J].Engineering Failure Analysis, 2024, 163. WOS:001258087100001. 3. Jing J, Qin Y , Zhu X ,et al.Identification and Prediction of Casing Collar Signal Based on CNN-LSTM[J].Arabian Journal for Science and Engineering:1-15[2024-10-10].WOS:001291945300006 4. Jing, J; Qin, YM; Tan, B;He, C: Design of Brushless DC Motor Control System for Downhole Tubing Cutting Based on DSP. International Journal of Applied Engineering Research (IJAER). 19(1), 11-18 (2024) 5. Jing J, Luo X, Zhu X, et al. An Optimization Analysis of the Melt-Cutting Diversion Jetting Mechanism for Downhole Drilling Columns[J]. SPE Journal, 2024.29(5): 2275-2287. WOS:001343417700004. 6. Jing J, Hongbin Shan. Analysis of wellhead growth mechanism and influencing factors of offshore gas wells based on gas-liq.Geoenergy Science and Engineering.2023.2. WOS:000958892500001. 7. Jing J, Hongbin Shan. The effect of string mechanical property degradation on wellhead growth of offshore HPHT wells.Petroleum science and technology.2023.3. WOS:000937088200001 8. Zhu, Xiaohua; Zhou, Bowen; Jing, Jun. Modeling and Optimization of Mechanical Cutting of Downhole Tubing. SPE JOURNAL.2024.29(2):798-814.WOS:001209407700006. 9. Zhu, Xiaohua; Peng, Yang; Jing, Jun. High Temperature and High Pressure Sealing Performance Analysis and Optimization of Small Diameter Tubing Bridge Plug Rubber Tube.ARABIAN JOURNAL FOR SCIENCE AND ENGINEERING. 2024.49(6):8741-8755. WOS:001156139400001. 10. Zhu.XH.Zhong JH, Jing J. Fuzzy proportional–integral–derivative control system of electric drive downhole cutting tool based on genetic algorithm.Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering.2023. WOS:001066806000001. 11. Zhu.XH.Peng P, Jing J.Research on casing erosion in reservoir section of gas storage wells sased on Gas-solid Two-phase flow.Engineering Failure Analysis. 2022(142), WOS:000874970500001. 12. Jing J, Hongbin Shan. Wellbore Temperature and Pressure Calculation of Offshore Gas Well Based on Gas–Liquid Separated Flow Model,process,2022.10,2043.WOS:00087 4365100001 13. Jing J, Actual wellbore tortuosity evaluation using a new quasi-threedimensional approach, Petroleum, 2021.5,.EI:20211710255737. 14. Jing J, Zhu X, Dai L, et al. New anti-balling reamer blade for reaming in soft and sticky formation easy to hydration and collapsed. Arabian Journal for Science and Engineering, 2019, 44 (12):10433-10446. DOI: 10.1007/s13369-019-04158-1. 15. Jing J, Lu W, Zhou Y, et al. Feasible study for the working mechanism and parameters optimization of the agitator. Advance in Mechanical Engineering. 2019, 11(5): 1-10.WOS:00046741170000. 16. Jing J, Lu Y, Zhu X, et al. Weight Distribution Characteristics During the Process of Hole Enlargement When Drilling. Arabian Journal for Science and Engineering, 2018 (43). 43: 6445-6459. DOI:10.1007/s13369-018-3233-z. WOS:000446544200064. 17. Yu Wang, Gang Chen, Jing Jun.A special thread design for failure prevention of expandable casing. Alexandria Engineering Journal.Alexandria Engineering Journal (2021) 60, 213-255. WOS:000604991 100019. 18. Liu W, Zhu X, Jing J. The analysis of ductile-brittle failure mode transition in rock cutting[J]. Journal of Petroleum Science and Engineering, 2018(163):311-319. WOS:000426417400027.. 19. Zhu, X and Jing, J. Improving the drilling performance of hole enlargement via optimized operation. Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science. 2015 (229): 1562-1577. WOS:000357929600003. 20. Zhu, X, Jing, J and Tong H. Causes and conditions for reamer blade balling during hole enlargement while drilling. Engineering Applications of Computational Fluid Mechanics, 2012, 6(1):87-99. WOS:000301876200008. 21. 祝效华,周博文,敬俊,等.基于正交切削逆识别井下管柱的Johnson-Cook本构模型[J].中南大学学报(自然科学版), 2024, 55(3):939-950. 22. 敬俊,罗希锐,祝效华,等.井下管柱熔融切割工具研制[J].石油机械, 2024(003):052. 23. 徐建超,何超,李枝林,敬俊.钻具熔切用铝热剂及其喷射机构研制[J].钻采工艺,2024,47(03):129-133. 24. 敬俊,单鸿斌,祝效华,等.交变热载荷下水泥环缺陷对储气库井储层段套管的影响[J].断块油气田,2023,30(04):685-691+697. 25. 祝效华,冉亮,敬俊,等.隔水管充气双梯度钻井充气水深和充气速率研究[J].石油钻探技术,2022,50(01):22-29. 26. 罗衡,元少平,杨超,敬俊等.环空带压井泄漏量计算新方法[J].钻采工艺,2021,44(05):54-58. 27. 罗衡,元少平,杨超,敬俊等.在役井腐蚀监测关键技术研究[J].天然气与石油,2020,38(04):89-93. 28. 刘清友, 敬俊, 祝效华*. 钻柱与实钻水平井眼接触形态及摩阻影响分析. 西南石油大学学报 (自然科学版) ,39.5 (2017): 163-169. 29. 祝效华*, 郭大强, 童华, 敬俊. 采用随钻扩眼技术提高海相气藏盐岩夹层套管服役的安全性. 天然气工业,36, no. 10 (2016): 93-101. 30. 刘清友, 敬俊*, 祝效华. 长水平段水平井钻进摩阻控制. 石油钻采工艺,1 (2016): 18-22. 31. 祝效华,刘少胡,敬俊,等.石油钻井工具用非标碟簧力学特性研究[J].石油机械,2012,40(06):22-25. 32. 祝效华,刘少胡,聂荣国,敬俊等.KWQ-216型地面可控井下变径稳定器[J].石油钻采工艺,2011,33(01):120-122.. 发明专利: 1. 敬俊, 彭扬,祝效华,周博文,何超, 一种可回收桥塞投放工具,ZL202210425438.9,发明专利,2022.04.21 2. 祝效华,敬俊,与电动顶驱配套使用的旋转下套管装备及其使用方法,ZL202010512932.X,发明专利,2021.08.10 2.祝效华,冉亮,敬俊,一种隔水管充气双梯度钻井控制压力的装置,ZL201910970042.0,发明专利,2022.05.13 3.祝效华,周博文,敬俊,多功能管串内切割实验平台,ZL202110483141.3,发明专利,2022.03.24 4.敬俊,祝效华,史江淼,一种井下油管切割装置,ZL202110483127.3,发明专利,2022.04.22 5.祝效华,史江淼,敬俊,一种井下类铣刀型油管切割装置,ZL202110480573.9发明专利,2022.04.19 6.敬俊,祝效华,一种隔水管充气双梯度钻井充气接头,ZL201910970034.6,发明专利,2021.04.20 7.敬俊,祝效华,一种隔水管充气双梯度钻井室内实验装置,ZL201910969335.7,发明专利,2021.07.23 8.敬俊,祝效华,柔性接触套管内壁清洁工具,ZL201910548374.X,发明专利,2021.10.01 9.祝效华,敬俊,Hydraulic gentle vibration speed enhance drilling,US10472891B2,美国专利,2019.11.12 10.祝效华,敬俊,井斜与水垂比可调的旋转钻进大型比例试验台架,ZL201710663811.3发明专利,2019.05.07 11.祝效华,敬俊,一种随钻通井工具,ZL201710101920.6,发明专利,2019.10.18 12.祝效华,敬俊,液力柔振提速钻具,ZL201510397029.2,发明专利,2017.05.24 13.祝效华,敬俊,一种提高定向造斜段机械钻速的装置和方法, ZL201310256216.X,发明专利,2015.05.27 14.祝效华,敬俊,一种气体钻井用井斜测量系统,ZL201310557393.1,发明专利,2015.11.04 15.祝效华,敬俊,电动井径扩大器,ZL201110178140.4,发明专利,2013.04.23 16.祝效华,罗云旭,敬俊. 一种井下降摩低频冲击钻具,发明专利,状态公开. 软件: 1. 敬俊,单鸿斌,气井井口抬升量计算软件,登记号:2022SR1432948, 完成日期2022.6.30 |