»Research Interests Theory and technology of oil and gas drilling and completion��Drilling engineering and technology of unconventional oil and gas, well completion engineering and technology, completion flow back, diagnosis, prevention and control technology of complicated instances, drilling and completion fluid, et al.�� Evaluation of rock physics and reservoir��Sand prediction of oil & gas well and sand prevention of completion, borehole stability, pressure prediction, reservoir injury, protection and evaluation, Increase production measure by fracturing, capacity evaluation, et al.�� Downhole system, information and control Engineering��wellbore information integrating and wellbore safety engineering, measurement and control technology while drilling��
»Courses Offered Six undergraduate courses�� ��Drilling Engineering�� ��Modern drilling technology�� ��Drilling and completion engineering�� ��Introduction to petroleum engineering�� ��Offshore petroleum engineering�� ��Petroleum Engineering English�� Three postgraduate courses�� ��Theory and technology progress of oil and gas well engineering����course of doctoral�� ��Theory and method of modern oil and gas well engineering�� ��Theory and technology of Modern Oil and Gas well engineering����course of foreign student��.
»Research Projects Undertaking and participating in 18 projects from National 973, National 863, scientific and technological projects, support projects, natural fund project and so on, 19 projects from provincial and ministerial level projects (while 2 projects are from Shandong Province Natural Science Foundation), more than 30 Horizontal Subject from oil field. Representative projects are as follows: Fundamental research on efficient development shale gas strengthened by supercritical carbon dioxide��Theory research on rock breaking and wellbore control with supercritical carbon dioxide��, ��2014CB239202����973�� Assessment method of shallow geological disaster in the deepwater drilling, ��2015020036����973�� Study on the hydrate control technology during deepwater drilling and completion��863�� Study on deepwater cementing technology, 863 Study on chemical and physical regulation methods under constant rheology of deepwater water-based drilling fluid��surface Project of National Natural science Foundation��2014.01-2017.12 Study on the mechanism and process of the rock breaking with high pressure water jet, surface Project of National Natural science Foundation, 2006.01-2008.12 The geological risk analysis of drilling and completion engineering of three high gas field, National support projects Research on technology of salt shale oil completion, National Thirteenth five major projects�� Design method study of wellbore trajectory with variable curvature, National Thirteenth five major projects Research on inhibition technique of gas hydrate during the deepwater gas well testing, National major projects Research on the key technology of coalbed gas drilling, National twelfth five major projects The research on completion method of shale horizontal borehole�� National twelfth five major projects Jet and drilling fluid technology for deep-penetrating of coalbed methane, National twelfth five major projects�� Study on the borehole stability of coalbed gas well, National twelfth five major projects�� The geological risk analysis of drilling and completion engineering of three high gas field, National twelfth five major projects The key technology about optimization design and control of complex structure well, Special subject of the twelfth five National major projects�� The casing strength analysis and evaluation technology of safety and reliability, Special subject of the eleventh five National major projects�� Study and application on distinguishing technology of hydrocarbon shows under non-oil-based drilling fluid, subtopic of the ninth five plan Application software of oil identification with fluorescent on the debris during logging , subtopic of the ninth five plan Simulation Research of nanoparticles plugging shale Based on DEM��Shandong Province Natural Science Foundation��2013.1~2015.12 study on carbon dioxide during trapping, sequestration and application in heavy oil production, Shandong Province Natural Science Foundation Research on the reservoir protection technology, wall stability of branch borehole and completion method, CNPC, 2015~2016 Fluid simulation and prediction Based on strapdown stabilization platform, SINOPEC Technology Research of Dong Fang 1-1 Gas Field about the Shallow & Low Permeability Reservoir Capacity Release, CNOOC, 2013.1~2014.12 Research on the Sand prediction and sand prevention projects of weizhou11-4N-II and Weizhou12-2 oil field, CNOOC Research and system development of diagnosis technology while drilling under complicated conditions of drilling downhole��SINOPEC The theory research of drilling and completion under high temperature low pressure of Yacheng13-1 gas field��CNOOC The key technology of Le Dong & Dong Fang gas field pressure depletion reservoir drilling and well completion, CNOOC The geological risk analysis of drilling and completion engineering of three high gas field, National major projects Research on the key technology of optimization design and control of complex structure well, National major projects of oil and gas CBM deep penetrating jet technology and fluid technology, National major projects
»Paper and Publications More than 20 research papers have been published. Representative papers are as follows: 1. Rui Zhang, Zizhen Wang, Shen Guan, Manzong Fang, Xiqiu Zhang. Induced flow by coiled tubing gas injection in depleted gas wells Modeling and applications[J]. Journal of Natural Gas Science and Engineering.2015 (24) 272-278 SCI 2. Rui Zhang, Junyu Deng, Yvting Wang, et al., Low temperature oxidation process of coked behavior of heavy oil experiment [J], Journal of Chnia university of petroleum, the nature sciences, 2015, 39(4):1-7 EI 3. Rui Zhang. The effect of Micro and Nano particles on the plugging of shale for shale pores and cracks.2011.09 4. Rui Zhang, Martin E. Chenevert, Mukul M. Sharma. Pressure Penetration Tests of Fresh Water Fluids Containing Lignosulfonate. ConocoPhillips,2011.04 5. Rui Zhang, RuiHe Wang, ShiHua YU, Zheng-Song Qiu, ShouYu Xu. Prediction method of formation potential sensitivity damage in pre-drilling based on geological statistics. Hinese jouynal of geophysica��2009, 52(6),1657-1662. 10.3969/j.issn.0001-5733.2009.06.029 (SCI) 6. Rui Zhang, RuiHe Wang, ShiHua YU, ZhengSong Qiu, ShouYu Xu. Prediction of potential formation damage by means of Sequential Gaussian Simulation. Journal of daqing petroleum institute, 2009,33(2): 58-61+73+124-125 7. Rui Zhang, RuiHe Wang, ZhengSong Qiu, Zhang Guangfeng, YANG Hong-bing. Stability evaluation of foam drilling fluid using light backscattering theory. Acta petrolei sinica, 2005,26(1): 105-108, EI (05119000367) 8. Rui Zhang, RuiHe Wang, ZhengSong Qiu. Temperature/Pressure Relationships of Yield Stress and Plastic Viscosity for Foamed Drilling Fluids. Oilfield chemistry, 2005,22(1): 6-9,12 9. Rui Zhang, RuiHe Wang, ShiHua YU, ZhengSong Qiu, ShiHua YU,Feng Sun. Exploring research on conceptual models of Formation damage. Progress in geophysics, 2005,20(2): 308-313 10. Jia-Feng Wu, Rui Zhang, Rui-He Wang, Ying-Xue Yao, A systematic optimization approach for the calibration of parallel kinematics machine tools by a laser tracker, International Journal of Machine Tools & Manufacture 86 (2014): 1�C11. (SCI/EI). 11. M.M. Sharma, R. Zhang, China University of Petroleum; M.E. Chenevert, L. Ji, Q. Guo, J. Friedheim. A New Family of Nanoparticle Based Drilling Fluids. SPE Annual Technical Conference and Exhibition. SPE 160045, 2012. 12. J. Wu, R. Wang, R. Zhang, F. Sun, Propagation model with multi-boundary conditions for periodic mud pressure wave in long wellbore, Appl. Math. Modelling (2015). Doi: 10.1016/j.apm.2015.04.030.��SCI�� 13. Jiafeng Wu, Rui Zhang, Guangxin Yang , (2015),Design and experiment verification of a new heavy friction-stir-weld robot for large-scale complex surface structures, Industrial Robot: An International Journal, Vol. 42 Iss 4. pp. 332 - 338 DOI: 10.1108/IR-01-2015-0009. (SCI, IF��0.622) 14. Wang Ruihe, Wang Zizhen, Shan Xun, et al. Factors influencing pore-pressure prediction in complex carbonates based on effective medium theory [J]. PETROLEUM SCIENCE, 2013,10(4): 494-499. DOI: 10.1007/s12182-013-0300-7,��SCI, IF��0.510�� 15. Yanbin Zang, Ruihe Wang, Rui Zhang,and Zizhen Wang, ��The method and expert system for risk assessment of drilling in high-sulfur gas field��, SPE Paper 134115, Prepared for presentation at the SPE Asia Pacific Oil & Gas Conference and Exhibition held in Brisbane, Queensland, Australia, 18~20 October 2010. SPE: 134115(EI) 16. R.H Wang, Y.B Zang, R Zhang, et al. Drillstring failure analysis and its prevention in Northeast Sichuan, China[J]. Engineering Failure Analysis, 18(4): 1233-1241,2011. (SCI��EI) 17. Lujun Ji, Quanxin Guo and Jim Friedheim; Rui Zhang, Martin Chenevert and Mukul Sharma. Laboratory Evaluation and Analysis of Physical Shale Inhibition of an Innovative Water-Based Mud with Nano-Particles for Drilling Unconventional Shales. SPE158895, 2012. 18. Lujun Ji, Quan Guo and Jim Friedheim; Rui Zhang, China University of Petroleum; Martin Chenevert and Mukul Sharma. Drilling Unconventional Shales with Innovative Water-Based Mud - Part I: Evaluation of Nanoparticles as a Physical Shale Inhibitor. AADE-12-FTCE-50, 2011.
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