部分论文: (1)Zhou Yi, Hu Jiahao, Tan Bin, Jiang Yang, Tang Yifeng, Wear of Spiral Seal Cone Bit in Complex Formations, SPE Journal, 2021,26 (06): 3575–3590 (SCI 二区). (2)Zhou Yi, Huang Yuxing, Tan Bin, Application of the response-surface method and CFD simulations in the matching optimization of spiral sealing for a high-speed cone bit, Journal of the Chinese Institute of Engineers,2021,44(7):694-703 (SCI, WOS: WOS:000675289000001). (3)Yi Zhou, Yang Jiang, Yuxing Huang, Jiahao Hu, Wan Zhang, Yifeng Tang, Structural design and sand-discharge performance of the end-face groove of a cone bit,Engineering Failure Analysis, 2022.(SCI 二区). (4)Zhou,Y;Tan,B;Huang YX, Sand Removal Mechanism of a High-Speed Roller Bit with Helical Sealing, Applied Sciences-Basel, 2019, 9(18), 3830 (SCI, WOS: 000489115200190). (5)Yi Zhou, Zhiqiang Huang, et al., Experimental study of WC-Co cemented carbide air impact rotary drill teeth,Engineering Failure Analysis, 36 (2014) 186-198 (SCI, WOS: 000331594200016). (6)Yi Zhou, Zhiqiang Huang, et al., Cone bit bearing seal failure analysis based on the finite element analysis, Engineering Failure Analysis, 45(2014)292-299 (SCI, WOS:000341353900024). (7)Yi Zhou, Zhiqiang Huang, et al., Simulation studies on drilling mud pump plunger seal failure under ultrahigh pressure and ultradeep conditions, Engineering Failure Analysis, 45(2014)142-150 (SCI, WOS:000341353900013). (8)Yi Zhou, Lin Wang, Study on Optimum Structural Design of Roller Bit Bearing Double Rubber Ring Seal, International Journal of Science and Research, 2016,5(6) :298-303. (9)Yi Zhou, Lin Wang, The Research Status of Bearing Seal of Cone Bit at Home and Abroad, International Journal of Science and Research, 2016,5(6):304-307. (10)Zhiqiang Huang, Qin Li, Yi Zhou, et al., Experimental research on the surface strengthening technology of roller cone bit bearing based on the failure analysis, Engineering Failure Analysis, 29(2013)12-26(SCI,WOS:00315760700002). (11)Zhiqiang Huang, Yi Zhou, Qin Li, Wei Li, et al., Study on new bimetal floating seal of high speed roller bit bearing, Advanced Materials Research, 233-235(2011)2159-2165(EI, 20112414059295). (12)Zhiqiang Huang, Qin Li, Wei Li, Yi Zhou, Shijin Peng, Chengsong Qiu, Experimental study on bit tooth made of nano-cemented carbide composites in air hammer drilling, Advanced Materials Research, 233-255 (2011) 2955-2961(EI, 20112414059461). 部分发明专利: (1)Vertical high speed testing device for spiral seal of cone bit bearing,国外发明,US 10,393,615 B2,第一,2019.10.1. (2)Horizontal high speed testing device for spiral seal of horizontal cone bit bearing,国外发明,US 10,429,274 B2,第一,2019.8.27. (3)一种牙轮钻头密封结构,国内发明,201911353384.4,第一,2021.12.13. (4)一种水平式高速牙轮钻头轴承螺旋密封试验装置,国内发明,201710405195.1,第一,2020.2.7. (5)一种垂直式高速牙轮钻头轴承螺旋密封试验装置,国内发明,201710398937.2,第一,2020.2.11. (6)一种牙轮钻头轴承W型密封结构,国内发明,201510613917.3,第一,2017.11.28。 (7)一种牙轮钻头双排燕尾密封结构,国内发明,201610008635.5,第一,2017.9.12。 (8)一种高速牙轮钻头轴承螺旋组合密封结构,国内发明,2017.07.28,第一,2017.07.28。 (9)一种高速牙轮钻头轴承螺旋与反向螺旋组合密封结构,国内发明,201510617719.4,第一,2017.07.21。 (10)海洋管道混凝土配重的双斜置液压式涂覆小车系统,国内发明,201310234314.3,第一,2015.6。 (11)一种牙轮钻头镶嵌O型橡胶圈的双排燕尾复合密封结构,国内发明,201610015845.7,第二,2017.11。 (12)一种用于海洋管道混凝土配重的可调式涂敷小车系统,国内发明,201310136297X,第四,2015.2。 (13)一种储罐底板缺陷在线检测的立式传感器夹持装置,国内发明,2013102602580,第四,2014.12。 (14)一种适用于储油罐底板超声波检测的探头夹具,国内发明,2012102183154,第九,2014.7。 |