个人简历
个人简介Personal Profile1978年至1993年间续在北京大学学习，获学士学位，硕士学位和博士学位。1993年在大连理工大学做博士后研究工作。在1995年8月出站前夕破格直接晋升为教授，并任工程力学研究所副所长。曾获得香港Croucher Foundation；中国“国氏”博士后奖励基金（中国优秀博士后，1/10）； “全国优秀博士后人员”称号。承担国家级研究项目十余项，发表学术论文二百余篇，此外专著，专利和软件著作权多项。以培养多名国际联合培养研究生，并作为大连理工大学和香港城市大学博士研究生联合培养的联络人。主要研究成果包括： 1、现代力学工具和方法研究完善现代力学先进的工具，即哈密顿体系。利用对偶的观点描述基本问题，将哈密顿体系方法推广到更广泛的领域。并建立系列的数值计算方法。该方法已经在工程中得到了应用。 2、结构稳定性和动力屈曲建立结构稳定性和动力屈曲问题的控制方程。计算和分析梁板壳等典型工程结构的稳定性，临界载荷，屈曲模态和后屈曲发展路径等。为结构的轻型化及发展和应用提供依据。 3、断裂力学中的辛方法在弹性断裂问题中，采用辛体系方法，将问题归结为辛本征值和辛本征解问题。这样，表征断裂的标志量应力强度因子（J积分或能量释放率）可直接解析表示出来。从而进一步构造奇异元，克服了有限元计算软件中网格和路径依赖。该方法已经应用于核主泵工程中。 4、辛离散有限元算法借助于辛体系中的辛本征解，构造出一种辛离散有限元算法。该方法的特点在于，将有限元中的节点位移由辛本征解系数代替，从而在保证精度的前提下减少计算量并可以与有限元软件兼容。 5、纳米表面技术与吸能结构和装置的优化设计与研发首次提出将纳米表面技术应用于吸能结构和装置。利用纳米表面技术诱导薄壁结构的屈曲模态，提高该结构的吸能效果，降低最大冲击载荷。提出一种新的吸能结构和装置设计原理与研发技术。该技术特别在汽车工业中有重要的应用。 6、纳米表面化结构抗屈曲设计技术借助于局部纳米表面技术，采用优化设计的方法对整体结构局部表面纳米化，通过局部表面纳米化布局改变材料和结构的力学性能的分布，从而提高结构的抗屈曲能力。该技术可应用于航空飞行器及火箭等方面设计和工艺。 7、纳米表面化结构抗疲劳和断裂优化设计通过优化设计的方法对整体结构局部表面纳米化布局设计。通过特殊的局部表面纳米化图案布局改变结构的应力和应变分布，以增强结构的抗疲劳和抗断裂特性。此技术在轻型结构的应用中有非常大的空间。 8、深海石油管道失稳问题的可靠性分析研究了深海石油管道失稳的主要因素和机理。采用蒙特卡洛随机抽样的方法和响应面的方法对样本进行处理，通过数值计算完成可靠性分析。研究方法为类似问题提供一条解决途径。 9、微纳米结构的动力学分析采用非局部理论和哈密顿体系，建立一种描述微纳米结构动力学控制方程。研究和分析了碳纳米管和石墨烯等结构的动力学特性，发现了一些新的现象。为微纳米结构的应用提供了依据。 10、光纤识别裂纹和结构健康测试技术采用先进的光纤信息技术，建立识别结构裂纹和缺陷测试方法以及结构健康监测技术。其原理是通过光纤反映的结构应变场信息和结构应变场分析数据，得到结构裂纹和缺陷的准确信息。并编制具有自主版权的分析软件。 11、表面纳米化仿生材料优化设计技术分析贝壳材料结构功能和机理，并通过局部表面纳米化布局实现仿贝壳材料结构的功能，采用优化设计的方法设计出最优的局部表面纳米化布局图案和仿生材料结构。这种结构具有优良的抗疲劳和抗断裂功能，也为有广泛应用的仿生材料的设计提供一种新的方法和技术。教育经历1990.9 1993.8 北京大学 力学 博士1987.9 1990.8 北京大学 力学 硕士1978.9 1982.8 北京大学 力学 学士工作经历1995.8 至今 大连理工大学 教授1993.9 1995.8 大连理工大学 博士后1982.7 1993.8 河南大学 教师1978.9 1982.7 北京大学1975.7 1978.9 河南省尉氏县永兴公社 知青专利 一种新型的轨道车辆吸能装置 基于辛算法的薄板结构弯曲断裂有限元分析软件 一种表面纳米技术局部处理的薄壁吸能管 基于哈密顿系统的二维平面断裂有限元分析软件（软件著作权） 著作成果 黏弹性力学与辛体系 科研项目 圆柱壳动力前屈曲和后屈曲问题中的辛方法, 主管部门科技项目, 2006/10/16-2008/12/31, 完成 智能仿生机器鱼控制机理与优化设计, 主管部门科技项目, 2010/12/02, 完成 基于纳米表面技术的能量吸收结构研究与优化设计, 国家自然科学基金项目, 2013/09/25-2017/12/31, 完成 热冲击下圆柱壳局部后屈曲研究, 国家自然科学基金项目, 2010/09/25-2013/12/31, 完成 圆柱壳动态屈曲问题中的辛方法, 国家自然科学基金项目, 2006/09/25-2007/12/31, 完成 基于表面纳米化技术的城市轨道交通吸能装置设计和优化, 省、市、自治区科技项目, 2018/01/01, 进行 授课信息 结构稳定性 /2019-2020 /春学期 /32课时 /2.0学分 /1040150250 波动分析 /2019-2020 /春学期 /2.0学分 /2040140041 结构稳定性 /2019-2020 /春学期 /32课时 /2.0学分 /1040150250 波动分析 /2019-2020 /春学期 /32课时 /2.0学分 /2040140041 结构稳定性 /2018-2019 /春学期 /32课时 /2.0学分 /1040150250 波动分析 /2018-2019 /春学期 /32课时 /2.0学分 /2040140041
研究领域
仿生材料研究和优化设计技术研究光纤识别裂纹和结构健康测试技术微纳米级结构的动力学分析纳米表面化结构抗屈曲设计技术研究纳米表面技术与吸能结构和装置的设计与研发辛离散有限元算法纳米表面化结构抗疲劳和断裂优化设计断裂力学中的辛方法研究和应用深海石油管道失稳与屈曲行为研究和可靠度分析结构稳定性和动力屈曲问题的研究现代力学工具和方法研究"研究领域涉及新的科学理论，数值方法和计算方法，实验方法，工程应用等。"
近期论文
[1]王伟,倪一文,赵祯,廉增博,徐新生,林志华.基于局部表面纳米化薄板的抗屈曲优化设计[J],地震工程与工程振动,2019,39(6):123-127 [2]陈营利,李澄,周震寰,林志华,徐新生.基于表面纳米化新型吸能结构的设计方法[J],地震工程与工程振动,2019,39(6):143-147 [3]Yu, Li,Bian, Yongning,Liu, Yang,Xu, Xinsheng.Experimental analysis on fluid flow and mass transfer characteristics of CMC solutions in wavy-walled tubes for steady and pulsating flow by PIV[J],APPLIED THERMAL ENGINEERING,2020,171 [4]Yang, Zhenting,Yu, Xiong,Xu, Chenghui,Tong, Zhenzhen,Zhou, Zhenhuan,Xu, Xinsheng.A novel Hamiltonian-based isogeometric analysis of one-dimensional hexagonal piezoelectric quasicrystal with mode III electrically permeable/impermeable cracks[J],THEORETICAL AND APPLIED FRACTURE MECHANICS,2020,107 [5]Ni, Yiwen,Zhu, Shengbo,Sun, Jiabin,Tong, Zhenzhen,Zhou, Zhenhuan,Xu, Xinsheng.Analytical buckling solution of magneto-electro-thermo-elastic cylindrical shells under multi-physics fields[J],COMPOSITE STRUCTURES,2020,239 [6]Rong, D.L.,Xu, C.H.,Zhang, J.L.,Tong, Z.Z.,Zhou, Z.H.,Xu, X.S..A rational analytical approach for buckling analysis of orthotropic double-nanoplate-systems[A],2019,531(1) [7]Jia, J.F.,Lai, A.D.,Rong, D.L.,Zhou, Z.H.,Xu, X.S..Dynamic behaviors of cylindrical shells with geometric imperfection[A],2019,293 [8]周震寰,徐旺,邓子辰,徐新生,徐成辉.电磁弹性材料Ⅲ型界面断裂分析[J],西北工业大学学报,2018,36(6):1209-1215 [9]周震寰,李月杰,范俊海,隋国浩,张俊霖,徐新生.双功能梯度纳米梁系统振动分析的辛方法[J],应用数学和力学,2018,39(10):1159-1171 [10]Sun, Jiabin,Wang, Zhenyu,Zhou, Zhenhuan,Xu, Xinsheng,Lim, C. W..Surface effects on the buckling behaviors of piezoelectric cylindrical nanoshells using nonlocal continuum model[J],APPLIED MATHEMATICAL MODELLING,2018,59:341-356 [11]倪一文,仝真真,荣达伦,周震寰,徐新生.Thermal buckling of a functionally graded magneto-electric orthotropic cylindrical shell under the symplectic framework[A],13th World Congress on Computational Mechanics 2018,2018 [12]荣达伦,范俊海,廉增博,徐新生.A rational analytical approach for buckling analysis of orthotropic double-layered nanoplate systems[A],13th World Congress on Computational Mechanics 2018,2018 [13]赵祯,贾菊芳,王伟,林志华,徐新生.Application of surface nanocrystallization in the energy absorption devices[A],13th World Congress on Computational Mechanics 2018,2018 [14]周震寰,杨震霆,余雄,徐新生.含切口一维六方压电准晶材料的界面断裂分析 [A],第十九届全国疲劳与断裂学术会议,2018 [15]Xu, Chenghui,Xu, Wang,Rong, Dalun,Zhou, Zhenhuan,Leung, Andrew Y. T.,Xu, Xinsheng.A new coupled method for high-accuracy determination of fracture parameters of an interface V-notch in magneto-electro-elastic bimaterial[J],THEORETICAL AND APPLIED FRACTURE MECHANICS,2017,92:13-23 [16]Ni, Yiwen,Tong, Zhenzhen,Rong, Dalun,Zhou, Zhenhuan,Xu, Xinsheng.A new Hamiltonian-based approach for free vibration of a functionally graded orthotropic circular cylindrical shell embedded in an elastic medium[J],THIN-WALLED STRUCTURES,2017,120:236-248 [17]Xu, Xinsheng,Rong, Dalun,Lim, C. W.,Yang, Changyu,Zhou, Zhenhuan.An analytical symplectic approach to the vibration analysis of orthotropic graphene sheets[J],ACTA MECHANICA SINICA,2017,33(5):912-925 [18]Yang, C. Y.,Tong, Z. Z.,Ni, Y. W.,Zhou, Z. H.,Xu, X. S..A Symplectic Approach for Free Vibration of Nanobeams Based on Nonlocal Elasticity Theory[J],JOURNAL OF VIBRATION ENGINEERING & TECHNOLOGIES,2017,5(5):441-450 [19]Xu, Xinsheng,Tong, Zhenzhen,Rong, Dalun,Cheng, Xianhe,Xu, Chenghui,Zhou, Zhenhuan.Fracture analysis of magnetoelectroelastic bimaterials with imperfect interfaces by symplectic expansion[J],APPLIED MATHEMATICS AND MECHANICS-ENGLISH EDITION,2017,38(8):1043-1058 [20]Zhou, Zhenhuan,Xu, Wang,Leung, Andrew Y. T.,Rong, Dalun,Xu, Xinsheng.A study of stress singularities arising at the multi-material interface in a V-notched bending plate[J],ENGINEERING FRACTURE MECHANICS,2017,180:179-194 [21]Hu, Junlin,Xu, Xinsheng.Fast-Start Control of Bionic Fish Using Giant Magnetostrictive Materials[J],JOURNAL OF VIBRATION ENGINEERING & TECHNOLOGIES,2017,5(2):205-209 [22]Zhou, Zhenhuan,Rong, Dalun,Yang, Changyu,Xu, Xinsheng.Rigorous vibration analysis of double-layered orthotropic nanoplate system[J],INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES,2017,123:84-93 [23]徐新生.表面纳米化仿生止裂问题的优化设计[A],中国力学大会-2017,2017 [24]徐新生.The Analysis of Buckling and Reliability of Submarine Pipelines[A],2017 [25]徐新生.A symplectic approach for forced vibration of completely free orthotropic rectangular nanoplates[A],2017,36- [26]周震寰,徐新生.基于非局部理论的纳米板结构动力学问题的解析研究[A],2017 [27]周震寰,徐新生.A Hamiltonian-based analytical method for fracture analysis of linear thermo-viscoelastic media[J],ZAMM-Zeitschrift fur Angewandte Mathematik und Mechanik,2017 [28]周震寰,徐新生.A new Hamiltonian-based approach to forced vibration of completely free orthotropic rectangular nanoplates resting on viscoelastic foundation[A],2017 [29]徐新生,周震寰.A new design principle of energy absorption structures aid surface self-nanocrystallization[A],The 4th International Symposium on Plasticity and Impact,2017 [30]周震寰,徐新生.A symplectic approach for thermal buckling of a FG orthotropic cylindrical shell[A],2017 [31]周震寰,徐新生.A new design principle of energy absorption devices aid surface self-nanocrystallization[A],2017 [32]徐新生.表面纳米化方法在汽车吸能装置中的应用[A],2017 [33]周震寰,徐新生.A rational analytical approach for buckling analysis of double-nanoplate-systems[A],2017 [34]周震寰,徐新生.含V型切口薄板结构断裂分析的辛离散有限元方法[A],2017 [35]周震寰,徐新生.一种纳米板结构稳态强迫振动的解析方法[A],2017 [36]徐新生.基于分布式光纤传感技术的压力管路裂纹识别方法[A],2017 [37]徐新生,周震寰,武湛君.Excitation of plane Lamb wave in plate like structures under applied surface loading[J],Smart Materials and Structures,2017,27(2):25011-25020 [38]Xu, Chenghui,Rong, Dalun,Zhou, Zhenhuan,Xu, Xinsheng.A novel Hamiltonian-based method for two-dimensional transient heat conduction in a rectangle with specific mixed boundary conditions[J],JOURNAL OF THERMAL SCIENCE AND TECHNOLOGY,2017,12(2):1-11 [39]Xu, Wang,Tong, Zhenzhen,Leung, Andrew Y. T.,Xu, Xinsheng,Zhou, Zhenhuan.Evaluation of the stress singularity of an interface V-notch in a bimaterial plate under bending[J],ENGINEERING FRACTURE MECHANICS,2016,168:11-25 [40]Sun, Jiabin,Lim, C. W.,Zhou, Zhenhuan,Xu, Xinsheng,Sun, Wei.Rigorous buckling analysis of size-dependent functionally graded cylindrical nanoshells[J],JOURNAL OF APPLIED PHYSICS,2016,119(21) [41]Sun, Jiabin,Xu, Xinsheng,Lim, C. W.,Zhou, Zhenhuan,Xiao, Shaoyang.Accurate thermo-electro-mechanical buckling of shear deformable piezoelectric fiber-reinforced composite cylindrical shells[J],COMPOSITE STRUCTURES,2016,141:221-231 [42]Qiu, W. B.,Zhou, Z. H.,Xu, X. S..The Dynamic Behavior of Circular Plates Under Impact Loads[J],JOURNAL OF VIBRATION ENGINEERING & TECHNOLOGIES,2016,4(2):111-116 [43]徐新生,程显贺,徐成辉,周震寰.含弱界面结构断裂分析中辛方法[J],大连理工大学学报,2016,56(2):111-117 [44]Sun, Jiabin,Lim, C. W.,Xu, Xinsheng,Mao, He.Accurate buckling solutions of grid-stiffened functionally graded cylindrical shells under compressive and thermal loads[J],COMPOSITES PART B-ENGINEERING,2016,89:96-107 [45]徐新生.一种新型冲击吸能薄壁管的设计和控制原理[J],北京理工大学学报,2016,36(s1):195-198 [46]周震寰,徐新生.The finite element discretized symplectic method fordirect computation of SIF of piezoelectric materials[J],Engineering Fracture Mechanics,2016,162(1):21-37 [47]Sun, Jiabin,Xu, Xinsheng,Lim, C. W..COMBINED LOAD BUCKLING FOR CYLINDRICAL SHELLS BASED ON A SYMPLECTIC ELASTICITY APPROACH[J],JOURNAL OF THEORETICAL AND APPLIED MECHANICS,2016,54(3):705-716 [48]Xu, Xinsheng,Cheng, Xianhe,Zhou, Zhenhuan,Xu, Chenghui.An analytical approach for the mixed-mode crack in linear viscoelastic media[J],EUROPEAN JOURNAL OF MECHANICS A-SOLIDS,2015,52:12-25 [49]Xu, Chenghui,Zhou, Zhenhuan,Xu, Xinsheng.Evaluation of mode III interface cracks in magnetoelectroelastic bimaterials by symplectic expansion[J],JOURNAL OF INTELLIGENT MATERIAL SYSTEMS AND STRUCTURES,2015,26(11):1417-1441 [50]Sun, Jiabin,Xu, Xinsheng,Lim, C. W.,Qiao, Weiyu.Accurate buckling analysis for shear deformable FGM cylindrical shells under axial compression and thermal loads[J],COMPOSITE STRUCTURES,2015,123:246-256 [51]Xu, C. H.,Zhou, Z. H.,Leung, A. Y. T.,Xu, X. S.,Luo, X. W..The finite element discretized symplectic method for composite mode III cracks[J],ENGINEERING FRACTURE MECHANICS,2015,140:43-60 [52]Xu, C. H.,Zhou, Z. H.,Xu, X. S.,Leung, A. Y. T..Electroelastic singularities and intensity factors for an interface crack in piezoelectric-elastic bimaterials[J],APPLIED MATHEMATICAL MODELLING,2015,39(9):2721-2739 [53]Zhou, Zhenhuan,Xu, Chenghui,Xu, Xinsheng,Leung, Andrew Yee-Tak.Finite-Element Discretized Symplectic Method for Steady-State Heat Conduction with Singularities in Composite Structures[J],NUMERICAL HEAT TRANSFER PART B-FUNDAMENTALS,2015,67(4):302-319 [54]徐新生.功能梯度圆柱壳在扭转冲击载荷作用下的屈曲[J],计算力学学报,2015,32(z1):48-51 [55]徐新生.辛方法在受外压圆柱薄壳后屈曲问题中的应用[J],计算力学学报,2015,32(z1) [56]徐新生.一种诱导薄壁管结构屈曲模态的新技术[J],计算力学学报,2015,32(z1):35-38 [57]徐新生,周震寰.碳纤维增强复合材料层裂机理和粘结强度评估[J],计算力学学报,2015,32(z1):26-29 [58]徐新生,周震寰.辛方法在圆柱壳自由振动的应用[J],计算力学学报,2015,32(z1):16-19 [59]孙家斌,徐新生.Accurate buckling solutions of grid-stiffened functionally graded cylindrical shells under compressive and thermal loads[J],Composites Part B: Engineering,2015,89:96-107 [60]孙家斌,徐新生.Combined load buckling for cylindrical shells based on a symplectic elasticity approach[J],Journal of Theoretical and Applied Mechanics,2015,54(3) [61]周震寰,徐新生.Kirchhoff板断裂问题失稳辛离散有限元方法[J],计算力学学报,2015,32(z1):58-61 [62]Zhou, Zhenhuan,Leung, A. Y. T.,Xu, Xinsheng,Luo, Xiaowei.Mixed-mode thermal stress intensity factors from the finite element discretized symplectic method[J],INTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES,2014,51(21-22):3798-3806 [63]孙家斌,乔为禹,徐新生.功能梯度圆柱壳在扭转冲击载荷作用下的动力屈曲[A],2014年中国计算力学大会,2014,1-13 [64]Xu, C. H.,Zhou, Z. H.,Xu, X. S.,Leung, A. Y. T..Fracture analysis of mode III crack problems for the piezoelectric bimorph[J],ARCHIVE OF APPLIED MECHANICS,2014,84(7):1057-1079 [65]Sun, Jiabin,Xu, Xinsheng,Lim, C. W..Buckling of Functionally Graded Cylindrical Shells Under Combined Thermal and Compressive Loads[J],JOURNAL OF THERMAL STRESSES,2014,37(3):340-362 [66]Leung, A. Y. T.,Zhou, Zhenhuan,Xu, Xinsheng.Determination of stress intensity factors by the finite element discretized symplectic method[J],INTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES,2014,51(5):1115-1122 [67]Zhou, Z. H.,Leung, A. Y. T.,Xu, X. S..The finite element discretized symplectic method for interface cracks[J],COMPOSITES PART B-ENGINEERING,2014,58:335-342 [68]马建青,徐新生.耦合载荷冲击下圆柱壳的动态屈曲[J],应用数学和力学,2014,35(5):510-522 [69]周震寰,徐新生.Mode III Fracture Analysis for Piezoelectric Composites[A],2014,33-33 [70]徐新生.The Composite Materials Induction of Structural Buckling Modes[A],2014,36-36 [71]孙家斌,徐新生.Accurate buckling analysis for shear deformable FGM cylindrical shells under axial compression and thermal loads[J],Composite Structures,2014,123:246-256 [72]孙家斌,徐新生.Stress waves and dynamic buckling of functionally graded cylindrical shells under combined axial impact and thermal load[J],Acta Mechanica,2014,226:1323-1339 [73]Sun, Jiabin,Xu, Xinsheng,Lim, C. W..BUCKLING OF CYLINDRICAL SHELLS UNDER EXTERNAL PRESSURE IN A HAMILTONIAN SYSTEM[J],JOURNAL OF THEORETICAL AND APPLIED MECHANICS,2014,52(3):641-653 [74]Sun, Jiabin,Xu, Xinsheng,Lim, C. 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