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Department of Drilling Engineering
Dr. Song Xianzhi
Education
PhD from China University of Petroleum (Beijing)
Bachelors from China University of Petroleum (East China) 对照阅读
Research Areas
Fluid mechanics in well drilling and completion, advanced high pressure jet theory and technology 相关文章
Teaching
Well Completion Engineering, Advanced Well Completion Engineering
Previous Relevant Working Experience
2010-2012, China University of Petroleum (Beijing), Post Doctor
2008-2009, University of Oklahoma, Visiting Scholar
Professional Affiliations
Member of Society of Petroleum Engineering (SPE)
Youth Committee member of Chinese National Committee for World Petroleum Council (WPC)
Contact
Email: songxz@visitkutahya.com TEL/ Fax: +86 10 89733379
Address of Office: Yanxiu Building, College of Petroleum Engineering, China University of Petroleum-Beijing, 18th Fuxue Road, Changping, Beijing, P.R. China
Publications
1. Song Xianzhi,Li Gensheng, Zhang Laibin, et al. Effects of nozzle assemblies on horizontal wellbore cleanout efficiency by rotating jets. Atomization and Sprays. (Accepted)
2. Song Xianzhi, Li Gensheng, et al. Mechanism and Characteristics of Horizontal Wellbore Cleanout by Annular Helical Flow. 1st International symposium on Energy Challenges & Mechanics,8-10 July 2014, Aberdeen, UK
3. Song Xianzhi, Li Gensheng, Huang Zhongwei,et al.Mechanism and Characteristics of Horizontal-Wellbore Cleanout by Annular Helical Flow.SPE Journal.2014, 19(1):45-54.
4. Song Xianzhi, Li Gensheng, Huang Zhongwei, et al. Characteristics of horizontal wellbore cleanout by rotating jets. 10th Pacific Rim International Conference on Water Jet Technology, 25-27 April 2013, Jeju, Korea
5. Song Xianzhi, Li Gensheng, et al. Mechanism and Characteristics of Horizontal Wellbore Cleanout by Rotating Jets. 2012 SPE/IADC Asia Pacific Drilling Technol. Conference, Tianjin, July 2012
6. Song Xianzhi, Li Gensheng, et al. A numerical Simulation on Characteristics of Annular Helical Flow in Horizontal Wellbore Cleanout. Energy Sources Part A-Recovery Utilization and Environmental Effects. 2011,19(33):1832-1844.
7. Song Xianzhi, Li Gensheng, Zhang Laibin,et al. Numerical Simulation on Characteristics of Annular Helical Flow in Horizontal Wellbore Cleanout by Rotating Jets. The 14th National Symposium on Water jet Technology and Application. 2011.12, Xuzhou, Jiangsu.
8. Song Xianzhi, Li Gensheng,et al. Experimental Study on Horizontal Wellbore Cleanout by Rotating Jets. Journal of Petroleum Science and Engineering. 2010, 75(1-2) :71-76.
9. Song Xianzhi, Li Gensheng, et al. Mechanism and Field Tests of Solution Mining Technique by Self-resonated Cavitation Water Jets. Petroleum Science.2010,7(3)：385-389.
10. Song Xianzhi, Li Gensheng, et al. Numerical Simulation on Efficiency of Debris Cleanout in Salt Cavern by Rotating Jet. Natural Science Industry. 2010,30(8)：83-86.
11. Song Xianzhi, Li Gensheng, et al. Research on Solution Mining Technique by Self-resonated Cavitation Water Jets. China Petroleum Machinery,2009，37(12):93-96.
12. Song Xianzhi, Li Gensheng. Mechanism and Field Test of Solution Mining by Self-resonated Cavitation Jet. International Conference of Underground Natural Gas Storage, Beijing, June 2008.
13. Li Gensheng, Song Xianzhi, et al. Research on Solution Mining in Bedded Salt Rock by Self-resonated Cavitation Water Jets. Oil and Gas Journal.2009,107(46):51-56.
14. Guo Yujian, Li Gensheng, Song Xianzhi, et al. Herschel-Buckley Fluid-based Numerical Simulation of Eccentric Annular Fluctuating Pressure. China Petroleum Machinery, 2014,42(3):5-9
15. Guo Yujian, Li Gensheng, Song Xianzhi, et al. Herschel-Buckley Fluid-based Numerical Simulation of Eccentric Annular Fluctuating Pressure. Drilling & Production Technology. 2014,37(5):-4
16. Zhang Jinkai,Li Gensheng, Song Xianzhi, Wang Haizhu. Analysis of Herschel-Bulkely fluid flow in rotating drill string.Proceedings,2013(2):15-23
17. Huang Yingyong, Li Gensheng, Song Xianzhi, et al. Numerical Simulation of Bottomhole Flow Field of PDC Bit with Orientation Nozzle. Petroleum Drilling Techniques, 2011, 39(6): 39-43.
