Department of Drilling Engineering
Dr. Chen Mian
Education
PhD from China University of Mining & Technology (Beijing)
M.S. from Liaoning University
B.S. from Peking University
Research (Areas of Research Focus)
Rock mechanics in petroleum engineering
Teaching
Continuum mechanics, Engineering mechanics, Rock mechanics.
Previous Teaching Experience (Previous Relevant Working Experience)
1982-1985, Liaoning University, Assistant professor
1991-1993, China University of Petroleum (Beijing), Postdoc
1993-1995, China University of Petroleum (Beijing), Associate professor
1995-present, China University of Petroleum (Beijing), Professor
1997, University of Oklahoma, Visiting scholar
Other Functions
Convenor of Oil & Gas Engineering in the Academic Degree Committee of the State Council
National Postdoc Administration Committee experts team member
Executive member of Chinese Society for Rock Mechanics and Engineering
Director of National Deep Rock Mechanics Committee
Vice chairman of the CPPCC Beijing Municipal Changping District Committee
Professional Affiliations
Society of Petroleum Engineering
Contact
Email: chenmian@vip.163.com
TEL: 86-10-89732206
Address of Office: Rm 913, Zhongyou Building
Publications
[1] 《石油工程岩石力学》,科学出版社,2008
[2]Second-order effect of an elastic circular Shaft during torsion,Appl. Math. Mech.,Vol. 12, No. 9,1991
[3]Coupling mechanical and chemical study on wellbore stability,International Symposium on new development in Rock Mechanics and Engineering,1994
[4]Determination of Rock Fracture Toughness and its Relationship with Acoustic Velocity,International Journal of Rock Mechanics and Mining Sciences,Vol. 34, No. 3/4,1997
[5]On Uniqueness,Existence and Objection of S-R Decomposition Theorem,App. Math. Mech.,No. 9,1997
[6]Analysis of Hydraulic Fracture Behavior With a Three Dimensional Microcomputer Simulator,SPE38059,1997
[7]水压致裂法测定岩石的断裂韧性,岩石力学与工程学报,第16卷,第1期,1997
[8]层状介质中水力压裂裂缝的垂向扩展,石油大学学报,第21卷,第4期,1997
[9]Modeling stress-dependent permeability for anisotropic fractured porous rocks,Int. J. Rock Mech. Min. Sci.,Vol. 35,No. 8,1998
[10]用斜井岩芯的凯塞效应确定地应力,岩石力学与工程学报,第17卷,第3期,1998
[11]Permeability tensors of anisotropic fractured networks,Mathematical Geology,Vol. 31, No. 4,1999
[12]Effective Stress laws for multi-porosity media, Appl. Math. Mech., Vol. 20, No. 11, 1999
[13]利用FLAC分析膏盐岩地层的井眼缩径变形,石油大学学报,第23卷,第2期,1999
[14]多重孔隙介质的有效应力定律,应用数学和力学,第20卷,第11期,1999
[15]盐岩地层蠕变规律研究,岩石力学与工程学报,第19卷,增刊,2000
[16]大尺寸真三轴水力压裂模拟与分析,岩石力学与工程学报,第19卷,增刊,2000
[17]斜直井中扭矩和轴力共同作用下钻柱的屈曲问题,石油大学学报,第24卷,第5期,2000
[18]利用测井资料预测深部地层岩石断裂韧性,岩石力学与工程学报,第20卷,第4期,2001
[19]钻前井壁稳定预测方法的研究,石油学报,第22卷,第3期,2001
[20]围压条件下岩石断裂韧性的实验研究,力学与实践,第23卷,第4期,2001
[21]利用围压下岩石的Kaisir效应测定地应力,岩石力学与工程学报,第21卷,第3期,2002
[22]围压下的泥岩断裂韧性测试,岩石力学与工程学报,第20卷,增刊,2002
[23]围压下利用凯泽效应测量地应力,岩石力学与工程学报,第21卷,第3期,2002
[24]裂纹宽度对岩石断裂韧性测试结果的影响,石油大学学报,第26卷,第6期,2002
[25]井壁围岩破坏与泥浆密度关系研究,石油钻采工艺,第3期,2002
[26]深层盐膏岩蠕动规律研究,石油钻采工艺,第6期,2002
[27]水力压裂中多裂缝间相互干扰力学分析,石油大学学报,第27卷,第3期,2003
[28]射孔对地层破裂压力的影响研究,岩石力学与工程学报,第22卷,第1期,2003
[29]盐岩井眼溶解速率的试验测定,石油钻探技术,第3期,2003
[30]深层地应力测量新方法,岩石力学与工程学报,第23卷,第14期,2004
[31]大位移井井壁稳定三维弹塑性有限元分析,岩石力学与工程学报,第23卷,第14期,2004
[32]利用层速度钻前预测安全泥浆密度窗口研究,岩石力学与工程学报,第23卷,第14期,2004
[33]中国深层岩石力学研究及在石油工程中的应用,岩石力学与工程学报,第23卷,第14期,2004
[34]Laboratory measurement and interpretation of the fracture toughenss of formation rock at great depth,Journal of Petroleum Science and Engineering,Vol. 41, N. 1-3,2004
[35]利用地震记录钻前预测井壁稳定性研究,石油学报,第25卷,第1期,2004
[36]斜井井筒附近水力裂缝空间转向模型研究,石油大学学报,第28卷,第4期,2004
[37]易坍塌地层椭圆形井眼内套管应力的有限元分析,石油大学学报,第28卷,第2期,2004
[38]裂纹宽度对岩石断裂韧性测试结果的影响,石油大学学报,2004
[39]Study on the Influence of Peforation on Formation Fracturing Practice,Petroleum Science,2004
[40]各向异性双重孔隙介质有效应力定律,科学通报,第49卷,第21期,2004
[41]Effective stress law for anisotropic double porous media,CHINESE SCIENCE BULLETIN,49 (21),2004
[42]定向井套管应力随地应力条件的变化规律,石油学报,第26卷,第1期,2005
[43]松软地层套管损坏的影响因素研究,石油勘探与开发,第32卷,第1期,2005
[44]高压气藏地层三维出砂预测模型及方法,岩土工程学报,第27卷,第2期,2005
[45]松软地层套管损坏的影响因素研究,石油勘探与开发,第32卷,第1期,2005
[46]水平井水力裂缝非平面扩展研究,石油学报,第26卷,第3期,2005
[47]天然裂缝地层中垂直井水力裂缝起裂压力模型研究,石油学报,第26卷,第6期,2005
[48]套管、水泥环及井壁围岩组合体的弹塑性分析,石油学报,第26卷,第6期,2005
[49]稳定岩膏层井眼的不饱和有机盐水钻井液新技术,岩土力学,2005
[50]地层各向异性对套管受力的影响,岩石力学与工程学报,第26卷,增刊,2005
[51]高压气藏地层三维出砂预测模型及方法,岩土工程学报,2005
[52]Fully coupled dual-porosity model for anisotropic foemations,Rock Mechanics and Mining Science,43,2006
[53]利用声发射原理进行套管损坏实时监测实验研究,石油勘探开发,第33卷,第2期,2006
[54]天然裂缝地层斜井水力裂缝起裂压力模型研究,石油学报,第27卷,第5期,2006
[55]复杂泥页岩地层地应力的确定方法研究,岩石力学与工程学报,第25卷,第11期,2006
[56]蠕变地层套管等效破坏载荷分析,中国石油大学学报,第30卷,第4期,2006
[57]Relationship between Rock Fracture Toughness and Physical Properties,Petroleum Science V3,N1,2006
[58]水平井水压致裂裂缝非平面扩展模型研究,工程力学,第23卷,第4期,2006
[59]压裂酸化中近缝区灰岩强度弱化效应试验研究,岩石力学与工程学报,第26卷,第1期,2007
[60]岩石I、II型断裂韧性的测试及其影响因素分析,石油大学学报,第31卷,第4期,2007
[61]deformation mechanisms and safe drilling fluids density in extremely thick salt formations,petroleum Science,V4,N4,2007
[62]裂缝性储层水力裂缝扩展机理试验研究,石油学报,第28卷,第5期,2007
[63]基于地震属性技术的井壁稳定随钻预测新方法,中国石油大学学报,第31卷,第6期,2007
[64]井壁稳定性实时预测方法,石油勘探与开发,第35卷,第1期,2008
[65]泥页岩粘土矿物组分的确定新方法及对钻井液性能的优化,中国石油大学学报(自然科学版)
[66]加载速率对不同岩性岩石Kaiser效应影响的实验研究,岩石力学与工程学报
[67]Borehole stability in naturally fractured reservoirs during production tests,Petroleum Science Volume,5,Number 3,2008
[68]多裂缝储层水力裂缝扩展机理试验,中国石油大学学报,第32卷,第4期,2008
[69]Kaiser取样偏差对深层油藏地应力测试的影响分析,岩石力学与工程学报,第27卷,第8期,2008
[70]随机裂缝性储层压裂特征实验研究,石油学报,第29卷,第3期,2008
[71]"Analysis of fracture propagation behavior and fracture geometry using a tri-axial fracturing system in naturally fractured reservoirs,International Journal of Rock Mechanics and Mining Sciences,Volume 45, Issue 7, 2008
[72]井壁稳定实时预测方法,石油勘探与开发,第35卷,第1期,2008
[73]定向射孔水力压裂复杂裂缝形态,石油勘探与开发,第36卷,第1期,2009
[74]基于自锁概念的岩体弱面破坏模型与规律研究,岩土工程学报,第31卷,第7期,2009
[75]Study of the optimal timing for refracturing,petroleum science and technology,27,2009
[76]定向射孔对水力裂缝起裂与延伸的影响,岩石力学与工程学报,第28卷,第7期,2009
[77]碳酸盐岩储层加砂酸压支撑裂缝短期导流能力试验,中国石油大学学报(自然科学版),第33卷,第4期,2009
[78]depressant repalces mechanisim method for removing blockage,Oil & Gas Journal,Nov. 2,2009
[79]水力裂缝在地层界面的扩展行为研究,石油学报,第30卷,第3期,2009
[80]压裂井试油压差优化的实验与有限元模型,石油勘探与开发,第36卷,第2期,2009
[81]基于盐岩损伤的深部盐层钻井液密度设计方法,石油学报,第30卷,第5期,2009
[82]A prediction method of borehole stability based on seismic attribute technology Journal of Petroleum Science and Engineering,65 ,2009
[83]Time-sensitivity of the Kaiser effect of acoustic emission in limestone and its application to measurements of in-situ stress,Pet.Sci. ,6:,2009
[84]The Experimental Investigation of Fracture Propagation Behavior and Fracture Geometry in Hydraulic Fracturing through Oriented Perforations,Petroleum Science and Technology, 28:1297—1306, 2010
[85]Study of Influence of Kaiser Sampling Deviation on Underground Stress Measurements,Energy Sources, Part A: Recovery, Utilization, and Environmental Effects,32:886—893, 2010
[86]Study of Damage Mechanism by Production Testing after Acid Fracturing of Carbonate Reservoir,Petroleum Science and Technology,28:125—134, 2010
[87]Dynamic fracture propagation in hydraulic re-fracturing Journal of Petroleum Science and Engineering,70:266—272,2010
[88]The Relationship Between the Production Rate and Initiation Location of New Fractures in a Refractured Well,Petroleum Science and Technology,28:655—666, 2010
[89]深层地应力地埋方位确定的新方法,岩石力学与工程学报,第30卷,第2期,233-237,2011
[90]Determination of Rock Fracture Toughness KIIC and its Relationship with Tensile Strength,Rock Mech Rock Eng,44:621—627,2011
[91]Salt-gupsum bed complicates Tarim horizontal driling,Oil & Gas Journal 2011, Apr.4,86-93
[92]基于实钻资料的井壁稳定实时预测理论,石油学报,第2卷,第32期,324-328,2011
[93]Determination of Rock Fracture Toughness KIIC and its Relationship with Tensile Strength,Rock Mech Rock Eng,44:621—627,2011
[94]水平井试油过程裂缝性储层失稳机理,石油学报,第32卷,第2期,2011
[95]An environment friendly drilling fluid system,PETROLEUM EXPLORATION AND DEVELOPMENT,Volume 38, Issue 3,2011
[96]砂岩储集层酸化后试油井壁稳定性模型,石油勘探与开发,第38卷,第5期,2011
[97]Mechanical-Thermal-Chemical Coupled Research of Wellbore Stability in Jabung Oil Field, Indonesia,Advanced Materials Research,2011
[98]Research of Drilling Complexities in Dabei Belt of Tarim Basin,Advanced Materials Research,42: p.715-719,2011
[99]Analysis of the External Pressure on Casings Induced by Salt-Gypsum Creep in Build-up Sections for Horizontal Wells,Rock Mech and Rock Engineering,2011,44:711—723
[100]水平井试油过程裂缝性储层失稳的机理研究,石油学报,第32卷,第2期,295-298,2011
[101]Short-time pressure response during the start-up of a constant-rate production of a high pressure gas well. Physics of Fluids, Volume 23, Issue 4,2011
[102]Development of tensile stress near a wellbore in high pressure gas flows,International Journal of Rock Mechanics & Mining Sciences,48,1313—1319,2011
[103]Study and Application of Weakly Gelled Shear Strength—Improving Agent (GEL-30) for Solids-Free Drilling Fluid,Petroleum Science and Technology,30:316—326,2012