标题：刘连峰
生平简介?
?姓名： 刘连峰 
性别： 男 
出生年月： 1967.11 
民族： 汉族  
籍贯： 河北  
文化程度： 博研生   
所学专业： 计算力学，工程力学  
现从事专业： 计算力学，散体力学，工程力学  
技术职务： 教授  
所在院系： 工程技术学院   
工作单位：中国地质大学（北京）   
研究领域： 岩土工程
教育教学经历?
1986年至1995年于东北大学分别获机械工程学士、固体力学硕士及工程力学博士学位。1995年，受聘于北京北方工业大学工学院。1997年，受澳大利亚新南威尔士大学的邀请，以荣誉访问学者身份(Honorary Visiting Scholar)进行了颗粒介质细观力学仿真方面的研究。1998年至2000年，赴国际著名的英国THORNTON粒子动力研究组，以研究员(Research Associate)身份开展了两项英国国家自然基金资助项目的研究。2000年至2001年，于英国纽卡索大学从事结构优化的非线性有限元研究。自2001年夏，受聘于英国牛津大学固体力学组，以研究员(Research Associate)身份从事高应变率下材料的耐撞性(Crashworthiness)研究。2005年初受聘于中国地质大学工程技术学院，教授。    长期从事散体力学和计算力学领域方面的研究，包括：结构屈曲与渐近后屈曲的研究(弹性和几何非线性)，颗粒介质在外载作用下的微观力学的研究(高等非线性，大转动/大位移)，以及航空/机动材料在高速冲击下的力学及机械性能的研究(材料非线性，大应变/变形，粘弹塑性，断裂及损伤)。目前的主要研究领域包括：颗粒介质微观力学仿真，散体力学及离散单元方法，材料在高速冲击下的耐撞性实验及数值研究等。刘连峰博士与多家国际知名大学及学者有广泛的学术交流和科研协作，多次参与国际会议及讲学。他的研究成果在国际知名刊物和国际国内会议上发表。他从事的“新型动载双向薄膜应力测试技术”以及“微小颗粒聚合体碰撞破损计算机仿真研究”均处于国际研究前沿。近年来(至2004年)，参与或主持国际科研项目5项，参与书章节编写1部。至2004年在国际国内发表学术论文30余篇，其中有7篇被SCI收录，并被国外引用33次，2篇为ISTP收录。
学术论文
1.王泳嘉，刘连峰(1996) "三维离散单元软件TRUDEC及其工程验证",中国二十一世纪岩土力学与工程，中国岩土力学及工程协会主编，中国科学技术出版社
2. 殷继英，刘连峰，吴壮志 (1997) “机电一体化” ，北方工业大学本科教材
期刊
1. C. Thornton, L Liu (2004) “How do agglomerate break ?”, Powder Technology, 143-144:110
2. L. Liu (2003) “Simulation of microstructural evolution during isostatic compaction of monosized spheres” J. Phys. D: Appl. Phys. 36:1881-1889
3. L. Liu, N. Petrinic and C. Ruiz (2004) “Accurate determination of biaxial stress-strain relationships from dynamic bulging tests of sheet metals”, Int. J. Mech. Sci. (Submitted)
4. P. D. Gosling, L. Liu (2002) “Total Lagrangian Perspectives on Analytical Sensitivities for Flexible Beams”, International Journal of Engineering Science, 40,1363-1379 
5. Z. P. Zhang, L. Liu and A. B. Yu (2001) “A simulation study of the effects of dynamic variables on the packing of spheres”, Powder Technology, 116, 23-32
6. L. Liu and Y. Yuan (2000)  “Dynamic simulation of powder compact by random packing of monosized and polydisperse particles”, J. of Materials Science Letters, 19, 841-843
7. L. Liu, Z. P. Zhang and A. B. Yu (1999) “Dynamic simulation of the centripetal packing of mono-sized spheres”, Physica A, 268, 433
8. L. Liu and Y. Wang (1997) "Generating a Jointed Rock Mass in Three-dimensions", J. of Rock Mechanics and Engineering, 16, 181 
9. Y. Wang and L. Liu (1997) "Formulation of a Three-dimensional Discrete Element Model—TRUDEC System", J. of Rock Mechanics and Engineering, 16, 201-210. 
10. L. Liu and Y. Wang (1997) “A modified Common plane Algorithm in Discrete Element Method “, J. of Non-ferrous Metal, 49, 21-25 
11. Y. Yuan and L. Liu (1997) "Neural Network Model for Gold Content Estimation in Slag", J. of Non-ferrous Metal, 49, 69-72 
12. L. Liu and Y. Yuan (1997) “Neural network model for determining optimum flux compounding in gold-slime smelting process”, J. of North China University of Technology, 9, 58-62
13. L Liu and Y. Wang (1996) "A Three-dimensional Algorithm on Detecting Collision Between Robot and Its Environment", ROBOT (Chinese), 18 (1) 50-54
14. L. Liu and Y. Wang (1995) "Computing Complex Analysis of the Discrete Element Method", J. of Non-ferrous Metal, 47,16-19. 
15. L. Liu and B. Huang (1994) "A linearization Method for Bifurcating point under Geometrically Non-linear Conditions", J. of Northeastern University, 15, 646-650 
16. L. Liu and B. Huang (1994) "Finite Element Study on the Stability of Thin-walled Structures under Geometrically Non-linear Conditions". Special Issue of Journal of Northeastern University, 364-368 
会议
1. Petrinic, N.，Liu, L.，Elliott, B.，Ruiz, C.，“Dynamic bulge testing of thin steel sheets ”，(Oxford University), Conference on CRASHWORTHINESS  OF  LIGHT-WEIGHT AUTOMOTIVE STRUCTURES, June 18, 2004, NTNU* NO-7491 Trondheim, Norway
2. Lianfeng Liu, Ben Elliott, Li Wang and Nik Petrinic (2002)“The Dynamic Bulge Test “, University   Technology Centre for Solid Mechanics, Rolls-Royce UTC AGM, Derby, England, 18 Sept 
3. Nik Petrinic, Li Wang, Ben Elliott, Lianfeng Liu “Constitutive Parameter Value Determination and Model Validation through Inverse Modeling” University Technology Centre for Solid Mechanics, Rolls-Royce UTC AGM, Derby, England, 18 Sept 2002 
4. P. D. Gosling and L. Liu (2001) “Analytical thickness sensitivity for elasto-plastic bending”, 3rd ASMO UK/ISSMO conference on Engineering Design Optimization, Harrogate, North Yorkshire, June  
5. P. D. Gosling and L. Liu (2001) “Large deformation/strain shape sensitivities for uni-axis bending”, The fourth world congress of structural and multidiscipline Optimization, Dalian, China, July 
6. C. Thornton and L. Liu (2000) “DEM simulations of uniaxial compression and decompression”, International workshop on COMPACTION of soils, granulates and powders, (International society for soil mechanics and geotechnical engineering, ISSMGE), INNSBRUCK, Feb 28-29
7. L. Liu and C. Thornton (2000) “How do agglomerates break? ”, AIChE 2000 Annual meeting, Los Angeles CA, Nov. 12-17 
8. C. Thornton and L. Liu (2000), “Uniaxial compression and decompression of polydisperse system of elastoplastic spheres”, AIChE 2000 Annual meeting, Los Angeles CA, Nov. 12-17 
9. C. Thornton, L. Liu and K.D. Kafui (2000) “Impact fracture of spherical, cuboidal and cylindrical agglomerates”, Poster Meeting at Particle Technology UK Forum 2, Surrey, UK 
10. C Thornton and L Liu (1999) ‘The role of surface interactions on impact facture of non-spherical agglomerates’, Poster Meeting at Particle Technology UK Forum 1, Birmingham, U.K, 1-2 September. 
11. A. B. Yu, L. Liu, P. Zhang, R. Y. Yang, and R. P. Zou (1999) “Recent developments in computer simulation and modelling of the packing of particles”, 1st ACUN international composites meeting, UNSW, 23rd-25th February 
12. R.Y.  Yang, L. Liu and A.B. Yu (1999), "Dynamic simulation of the packing of particles", Am. Ceram. Soc. 101st Meeting: Symposium on Particle Packing and Compaction Science & Technology, Indianapolis, USA, April.  
科研/工业报告
1. N. Petrinic, L. Liu and C. Ruiz (2002), “Experimental procedures for characterisation of dynamic ductile cracking in steel and aluminium alloys for automotive applications”, IMPACT Deliverable R4A, Internal report No. SMG049; Solid Mechanics Group, Dept. of Eng. Sci., University of Oxford
2. N. Petrinic, L. Liu, C. Ruiz (2001), “Macroscopic constitutive model for numerical simulation of dynamic ductile cracking in steel and aluminium alloys for automotive applications”, IMPACT Deliverable R8A, Internal report No. SMG047; Solid Mechanics Group, Dept. of Eng. Sci., University of Oxford
科研项目
完成项目
1. IMPACT-Improved Predictive Failure Criteria for Crashworthiness in Transportation Vehicles (Involved from 07/2001, The European Commission Community Research Competitive and Sustainable Growth Programme, 欧洲共同体资助项目，牛津大学，英国)
2. EPITOMIZ - Elasto-Plastic Geometrically Non-linear Structural Optimization (Involved from 09/2000, 英国工程及科学研究基金资助项目，纽卡索大学，英国) 
3. Micro-mechanics of Granular Materials under 3D States of Stress. (Involved from 03/1999，英国工程及科学研究基金委和UNILEVER公司资助项目，阿斯顿大学，伯明翰，英国)
4. Impact Breakage of Cuboidal, Cylindrical and Spherical Agglomerate (Involved from 03/1998, 英国工程及科学研究基金委和UNILEVER公司资助项目，阿斯顿大学，伯明翰，英国)
5. Particle Packing Characteristics and Their Control in Industries (Involved from 04/97, 澳大利亚国家自然基金和BHPR公司联合资助项目，新南威尔士大学，悉尼，澳大利亚)
6. 有限元和CAD技术结合用于人下鄂骨及牙齿修复的模拟研究(1997，301解放军医院合作项目，北方工业大学，北京)
7. 三维离散单元法的开发及其在边坡工程中的应用(1993-1995, 国家自然基金及冶金工业部资助项目，东北大学，沈阳)
8. 簿壁结构屈曲与渐近后屈曲的非线性有限元研究(国家自然基金资助项目，东北大学，沈阳)
在研项目
1. 正交异性应变率敏感材料在高速冲击下的双轴流动及其本构模拟，地质大学科学技术基金，负责，2005-2008
2. Macroscopic Constitutive Model for Numerical Simulation of Dynamic Ductile Cracking in Materials for Automotive Applications，英国牛津大学受欧洲共同体资助项目，参加，2003-2006
3. Fracture and Fragmentation of Small Agglomerate under Impact，英国伯明翰大学受英国Unilever公司资助项目，参加，2004-2007
教学与招生
讲授课程
本科：工程力学(64学时)、材料力学(68学时)、机电一体化(80学时)
指导本科毕业设计：4人(16周)
教材编写
<<机电一体化>> 北方工业大学本科教材，1997