个人简历
个人简介Personal Profile程耿东，男 1941年9月出生，江苏苏州人。1964年毕业于北京大学数力系，1968年大连工学院研究生毕业，1980年10月获丹麦技术大学博士学位。1985-1995年担任大连理工大学副校长，1995-2006年担任大连理工大学校长。1995年当选为中国科学院院士。程耿东教授自2015年任国际结构和多学科优化协会主席，曾任国际理论和应用力学协会大会委员会委员，中国科学院主席团成员，中国力学学会副理事长，辽宁省科协副主席，大连市科协主席， 1998年、2003 年当选为九届、十届全国人大代表。曾任国家重大基础研究计划（973计划）三、四、五届顾问组顾问及制造与工程领域召集人。历任力学学报（中、英文版）、计算力学学报、大连理工大学学报主编及中国科学技术科学、应用数学与力学等杂志编委，国际杂志Structural and multidisciplinary optimization, Engineering Optimization, Computers & Structures, Probabilistic Mechanics编委或执行编委。程耿东教授长期从事工程力学、计算力学和结构优化设计研究。20世纪70年代研究结构分析的群论方法并成功地完成了水塔支架的标准设计，开发的汽轮机基础强振分析程序被很多设计院所采用。参与研制了多设计变量、多工况、多约束的结构优化程序DDDU。对实心弹性薄板的研究被称为近代布局优化的先驱。提出了结构灵敏度分析的半解析法，并提出提高精度的方法，为很多结构优化程序采用。在结构拓扑优化研究中指出奇异最优解可行域的正确形状，并提出求解奇异最优解的松弛算法，被认为在该问题的研究上具有里程碑意义的贡献。程耿东教授著有论文200多篇、著作三部、译著二部。曾获国家自然科学二等奖二次（1992，2006），国家科技进步三等奖，国家教委科技进步一等奖和二等奖，光华科技基金二等奖，高等教育国家级教学成果一等奖，IET教育基金“大学校长奖”，何梁何利基金“科技进步奖”等多项奖励。1999及2000年分别荣获丹麦阿尔堡大学及比利时列日大学的名誉博士学位。2011年被选举为俄罗斯科学院外籍院士。教育经历1978.9 1980.8 丹麦技术大学 固体力学 博士1958.9 1964.8 北京大学 力学1964.9 1968.7 大连工学院 力学 硕士工作经历1973.9 至今 大连理工大学 教师1969.9 1973.9 沈阳八十八中学 教师1968.9 1969.9 黑龙江3185部队农场 学员1964.9 1968.7 大连工学院 研究生科研项目 制造与工程领域目标导向基础研究战略研究, 国务院其他部门, 2015/09/06-2016/06/23, 完成 耐撞性车架拓扑优化设计, 2012/03/01, 完成 土木工程建设与工程力学学科发展战略研究, 国家自然科学基金项目, 2014/05/29, 进行 大型离心压缩机叶轮可靠性研究, 企事业单位委托科技项目, 2005/01/01-2007/07/31, 完成 材料结构拓扑优化中的数学问题, 国家自然科学基金项目, 2013/09/25-2014/07/31, 完成 土木工程建设与工程力学发展战略研究, 2012/09/25, 完成 授课信息 现代力学进展导论1 /2019-2020 /春学期 /16课时 /1.0学分 /1040141000 现代力学进展导论1 /2019-2020 /春学期 /16课时 /1.0学分 /1040141000 学术荣誉 1995当选：中国科学院院士 科研奖励 2013年度高等学校科学研究优秀成果奖（科学技术）自然科学一等奖 教育部技术发明一等奖 大连理工大学优秀教学成果奖 其他奖励 International Computational Method Medal （2017年） 教育部技术发明一等奖 （2017年）
研究领域
结构优化设计计算力学工程力学"研究领域 程耿东教授长期从事工程力学、计算力学和结构优化设计研究。20世纪70年代研究结构分析的群论方法并成功地完成了水塔支架的标准设计，开发的汽轮机基础强振分析程序被很多设计院所采用。参与研制了多设计变量、多工况、多约束的结构优化程序DDDU。对实心弹性薄板的研究被称为近代布局优化的先驱。提出了结构灵敏度分析的半解析法，并提出提高精度的方法，为很多结构优化程序采用。在结构拓扑优化研究中指出奇异最优解可行域的正确形状，并提出求解奇异最优解的松弛算法，被认为在该问题的研究上具有里程碑意义的贡献。近年来，进一步研究了基于可靠度的优化设计并发展了高效的优化方法，研究了材料-结构多尺度优化设计及高效的结构拓扑优化中的密度过滤格式。他和他的团队结合国家和地区经济发展的需求，在航天领域多种运载器的轻量化设计、旋转叶轮机械的完整性研究、三峡升船机船箱提升中的力学问题等方向开展工作，相关成果支持了这些领域的发展。"
近期论文
[1]Xu, Liang,Cheng, Gengdong.On the solutions to the Saint-Venant problem of heterogeneous beam-like structures with periodic microstructures[J],INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES,2019,163 [2]孙国,阎琨,蔡贤辉,程耿东.采用包络-准则法优化考虑瞬态传热的薄板结构[J],计算力学学报,2018,35(6):744-749 [3]鲁一南,程耿东,刘晓峰.高柔风电塔残余振动控制优化设计[J],大连理工大学学报,2018,58(6):551-558 [4]Yan, Kun,Wang, Bo Ping,Cheng, Geng Dong.Residual vibration reduction for translation unconstrained or partially unconstrained structures by structural optimization[J],COMPUTERS & STRUCTURES,2018,210:12-27 [5]Hu, Qingyuan,Chouly, Franz,Hu, Ping,Cheng, Gengdong,Bordas, Stephane P. A..Skew-symmetric Nitsche's formulation in isogeometric analysis: Dirichlet and symmetry conditions, patch coupling and frictionless contact[J],COMPUTER METHODS IN APPLIED MECHANICS AND ENGINEERING,2018,341:188-220 [6]陈飙松,张力丹,鲁一南,程耿东.结构优化半解析灵敏度分析的改进算法[J],计算力学学报,2018,35(5):533-539 [7]Yan, Kun,Cheng, Geng Dong,Wang, Bo Ping.Topology optimization of damping layers in shell structures subject to impact loads for minimum residual vibration[J],JOURNAL OF SOUND AND VIBRATION,2018,431:226-247 [8]Xu, Liang,Cheng, Gengdong.Two-scale concurrent topology optimization with multiple micro materials based on principal stress orientation[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2018,57(5,SI):2093-2107 [9]Yan, Kun,Cheng, Gengdong.An adjoint method of sensitivity analysis for residual vibrations of structures subject to impacts[J],JOURNAL OF SOUND AND VIBRATION,2018,418:15-35 [10]Zhou, Ming,Luo, Zhifan,Yi, Ping,Cheng, Gengdong.A two-phase approach based on sequential approximation for reliability-based design optimization[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2018,57(2):489-508 [11]阎军,隋倩倩,程耿东.周期性点阵圆柱壳结构的多尺度分析及优化设计[A],Chinese Conference on Computational Mechanics in conjunction with International Symposium on Computational Mechanics′2018,2018 [12]Mo, Yihua,Cheng, Gengdong,Wang, Bing,Wang, Xiaohong.The effects of delamination deficiencies on compressive properties of composite grid-stiffened structures[J],MECHANICS OF ADVANCED MATERIALS AND STRUCTURES,2018,25(11):901-916 [13]陈祖煜,程耿东,杨春和.关于我国重大基础设施工程安全相关科研工作的思考[A],中国土木工程学会2017年学术年会,2017,14 [14]李玉韦,王博,程耿东.基于新型降阶模型的网格加筋圆柱壳频率分析[J],宇航总体技术,2017,01:41-48 [15]Xu, Liang,Cheng, Gengdong.Shear stiffness prediction of Reissner-Mindlin plates with periodic microstructures[J],MECHANICS OF ADVANCED MATERIALS AND STRUCTURES,2017,24(4):271-286 [16]程耿东,王博.The effects of delamination deficiencies on compressive properties of composite grid-stiffened structures.[J],Mechanics of Advanced Materials and Structures,2017,1-16 [17]阎琨,刘晓德,程耿东.组合结构的残余振动最小化结构优化设计[J],北京工业大学学报,2016,42(12):1775-1780 [18]程耿东,徐向东,刘晓峰.基于频率控制的多约束风电塔优化方法[J],大连理工大学学报,2016,56(6):551-560 [19]Zhou, Ming,Lewinski, Thomas,Maute, Kurt,Norato, Julian,Olhoff, Niels,Paulino, Glaucio H.,Sokol, Tomasz,Wang, Michael,Yang, Ren-Jye,Youn, Byeng Dong,Allaire, Gregoire,Cheng, Gengdong,Du, Jianbin,Gilbert, Matthew,Guo, Xu,Guest, James,Haftka, Raphael,Kim, Alicia.Special issue dedicated to Founding Editor George Rozvany[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,54(5,SI):1107-1111 [20]Cheng, Gengdong,Xu, Liang.Two-scale topology design optimization of stiffened or porous plate subject to out-of-plane buckling constraint[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,54(5,SI):1283-1296 [21]Guo X.,Cheng G.,Liu W.-K..Theory, methods and tools for additive manufacturing oriented design and optimization[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:35-51 [22]Guo X.,Cheng G.,Liu W.-K..Summary of group discussions[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:71-78 [23]Guo X.,Cheng G.,Liu W.-K..Computational and analytical methods in additive manufacturing[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:11-33 [24]Guo X.,Cheng G.,Liu W.-K..Additive manufacturing experimental methods and results, and additive manufacturing scalability[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:53-69 [25]Guo, Xu,Cheng, Gengdong,Liu, Wing-Kam.Report of the workshop predictive theoretical, computational and experimental approaches for additive manufacturing (WAM 2016)[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:1-88 [26]Guo, Xu,Cheng, Gengdong,Liu, Wing-Kam.Theoretical understanding of material science and mechanics in additive manufacturing[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:3-9 [27]Guo, Xu,Cheng, Gengdong,Liu, Wing-Kam.Introduction[A],Workshop on Predictive Theoretical, Computational and Experimental Approaches for Additive Manufacturing, WAM 2016,2016,202399:1-2 [28]易斯男,程耿东,徐亮.一维周期性梁结构等效性能计算方法讨论[J],计算力学学报,2016,33(5):704-710 [29]Zhou, Yiming,Haftka, Raphael T.,Cheng, Gengdong.Balancing diversity and performance in global optimization[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,54(4):1093-1105 [30]程耿东,林家浩.《悬索桥近似分析》的研究风格[J],计算力学学报,2016,33(4):494-494 [31]Wang, B. P.,Cheng, Gengdong.Can damping be ignored in transient structural dynamic optimization?[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,54(2):197-198 [32]Yi, Sinan,Cheng, Gengdong,Xu, Liang.Stiffness design of heterogeneous periodic beam by topology optimization with integration of commercial software[J],COMPUTERS & STRUCTURES,2016,172:71-80 [33]Xu, Liang,Cheng, Gengdong,Yi, Sinan.A new method of shear stiffness prediction of periodic Timoshenko beams[J],MECHANICS OF ADVANCED MATERIALS AND STRUCTURES,2016,23(6):670-680 [34]Yan, Jun,Guo, Xu,Cheng, Gengdong.Multi-scale concurrent material and structural design under mechanical and thermal loads[J],International-Union-of-Theoretical-and-Applied-Mechanics Symposium,2016,57(3,SI):437-446 [35]Yan, Kun,Cheng, Gengdong,Wang, Bo Ping.Topology optimization of plate structures subject to initial excitations for minimum dynamic performance index[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,53(3):623-633 [36]Yan, Kun,Cheng, Gengdong,Wang, Bo Ping.Adjoint methods of sensitivity analysis for Lyapunov equation[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2016,53(2):225-237 [37]Zhao, Jian,Cheng, Gengdong.An Innovative Surrogate-Based Searching Method for Reducing Warpage and Cycle Time in Injection Molding[J],ADVANCES IN POLYMER TECHNOLOGY,2016,35(3):288-297 [38]Zhao, Jian,Li, Hengyang,Cheng, Gengdong,Cai, Yuanwu.On predicting the effective elastic properties of polymer nanocomposites by novel numerical implementation of asymptotic homogenization method[J],COMPOSITE STRUCTURES,2016,135:297-305 [39]陈祖煜,程耿东,杨春和.关于我国重大基础设施工程安全相关科研工作的思考[J],土木工程学报,2016,49(3):1-5 [40]易斯男,程耿东.基于板壳均匀化新方法的蜂窝板结构宏微观协同优化设计[A],2015中国力学大会,2015,316-316 [41]周昳鸣,张君茹,周才华,王博,程耿东.汽车吸能管的多样性可竞争解优化设计[A],2015中国力学大会,2015,130-130 [42]周昳鸣,张君茹,程耿东.基于Kriging代理模型的两类全局优化算法比较[J],计算力学学报,2015,32(4):451-456 [43]Cheng, Gengdong,Yu, Na,Olhoff, Niels.Optimum design of thermally loaded beam-columns for maximum vibration frequency or buckling temperature[J],INTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES,2015,66:20-34 [44]Yi, Sinan,Xu, Liang,Cheng, Gengdong,Cai, Yuanwu.FEM formulation of homogenization method for effective properties of periodic heterogeneous beam and size effect of basic cell in thickness direction[J],COMPUTERS & STRUCTURES,2015,156:1-11 [45]易斯男,王博,王立朋,程耿东.基于SimXpert实现ProE模型向CAE模型快速转化的模板开发[J],计算机辅助工程,2015,24(3):1-4 [46]阎琨,程耿东.惯性释放法在结构耐撞性拓扑优化中的应用和改进[J],计算力学学报,2015,32(3):293-300,338 [47]王文胜,程耿东,郝鹏.基于超梁降阶模型的蒙皮加筋圆柱壳频率分析[J],固体火箭技术,2015,38(3):401-406 [48]Zhao, Jian,Cheng, Gengdong,Ruan, Shilun,Li, Zheng.Multi-objective optimization design of injection molding process parameters based on the improved efficient global optimization algorithm and non-dominated sorting-based genetic algorithm[J],INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY,2015,78(9-12):1813-1826 [49]Zhang, Jiaxin,Wang, Bo,Niu, Fei,Cheng, Gengdong.DESIGN OPTIMIZATION OF CONNECTION SECTION FOR CONCENTRATED FORCE DIFFUSION[J],MECHANICS BASED DESIGN OF STRUCTURES AND MACHINES,2015,43(2):209-231 [50]倪晓琴,程耿东.热荷载作用下薄板的优化设计[J],应用数学和力学,2015,36(3):233-241 [51]Li, Rui,Ni, Xiaoqin,Cheng, Gengdong.Symplectic Superposition Method for Benchmark Flexure Solutions for Rectangular Thick Plates[J],JOURNAL OF ENGINEERING MECHANICS,2015,141(2) [52]Liu Shutian,Li Quhao,Chen Wenjiong,Tong Liyong,Cheng Gengdong.An identification method for enclosed voids restriction in manufacturability design for additive manufacturing structures[J],机械工程前沿,2015,10(2):126-137 [53]Guo, Xu,Du, Zongliang,Cheng, Gengdong.A confirmation of a conjecture on the existence of symmetric optimal solution under multiple loads[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2014,50(4):659-661 [54]Yi, Ping,Cheng, Gengdong,Xu, Lin.Efficient algorithm for probability-based design optimisation of complex structures and related issues[J],STRUCTURE AND INFRASTRUCTURE ENGINEERING,2014,10(10,SI):1264-1275 [55]徐亮,程耿东.具有周期微结构Timoshenko梁剪切刚度的新数值求解方法[A],2014年中国计算力学大会,2014,1-2 [56]倪晓琴,程耿东.热荷载作用下薄板的优化设计[A],2014年中国计算力学大会,2014,1-2 [57]蔡园武,徐亮,程耿东.正六角形单胞周期性蜂窝板等效刚度研究[J],大连理工大学学报,2014,54(4):377-383 [58]倪长辉,阎军,程耿东,郭旭.频带约束下刚架结构优化问题可行域研究[J],大连理工大学学报,2014,54(4):384-390 [59]Ni, Changhui,Yan, Jun,Cheng, Gengdong,Guo, Xu.Integrated size and topology optimization of skeletal structures with exact frequency constraints[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2014,50(1):113-128 [60]Cheng, Gengdong,Wang, Wensheng.Fast Dynamic Analysis of Complicated Beam-Type Structure Based on Reduced Super Beam Model[J],AIAA JOURNAL,2014,52(5):952-963 [61]张家鑫,王博,牛飞,程耿东.分级型放射肋短壳结构集中力扩散优化设计[J],计算力学学报,2014,31(2):141-148,240 [62]Niu, Fei,Cheng, Gengdong.Analytic solutions of elastically supported Michell trusses[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2014,49(4):689-694 [63]刘晓峰,程耿东.基于自动分组遗传算法的建筑结构体系与构件尺寸协同优化设计[J],计算力学学报,2014,31(1):1-7 [64]倪长辉,阎军,程耿东,郭旭.受到频带约束的刚架结构优化问题的可行域[J],大连理工大学学报,2014,54(4):384-390 [65]李取浩,王文胜,程耿东.基于梁理论的复杂梁式结构低阶频率快速求解方法[J],工程力学,2014,31(11):1-8 [66]Cai, Yuanwu,Xu, Liang,Cheng, Gengdong.Novel numerical implementation of asymptotic homogenization method for periodic plate structures[J],INTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES,2014,51(1):284-292 [67]郭旭,杜宗亮,程耿东.结构优化的对称性问题研究[A],2013中国力学大会,2013,255-255 [68]阎琨,程耿东.一种用于汽车耐撞性拓扑优化问题的混合法[A],2013中国力学大会,2013,256-256 [69]程耿东.结构拓扑优化的基本思想及其发展展望[A],2013中国力学大会,2013,1-1 [70]Zhou Y.-M.,Wang B.,Cheng G.-D..Shape optimization of pressure vessel head based on the super-ellipse equation[J],Journal of Harbin Institute of Technology (New Series),2013,20(4):52-62 [71]Cheng, Geng-Dong,Cai, Yuan-Wu,Xu, Liang.Novel implementation of homogenization method to predict effective properties of periodic materials[J],ACTA MECHANICA SINICA,2013,29(4):550-556 [72]Wang, Wensheng,Cheng, Gengdong,Li, Quhao.Fast dynamic performance optimization of complicated beam-type structures based on two new reduced physical models[J],ENGINEERING OPTIMIZATION,2013,45(7):835-850 [73]Guo, Xu,Du, Zongliang,Cheng, Gengdong,Ni, Changhui.Symmetry properties in structural optimization: some extensions[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2013,47(6):783-794 [74]Deng, Jiadong,Yan, Jun,Cheng, Gengdong.Multi-objective concurrent topology optimization of thermoelastic structures composed of homogeneous porous material[J],6th China-Japan-Korea Joint Symposium on Optimization of Structural and Mechanical Systems,2013,47(4):583-597 [75]牛飞,梅帅,张盛,陈飙松,程耿东.基于SiPESC平台的拓扑优化模块开发及应用[J],大连理工大学学报,2013,53(2):162-168 [76]彭海军,王文胜,程耿东.基于物理降阶模型的桁架结构振动主动控制[J],工程力学,2013,30(12):1-7 [77]赵建,程耿东.数值模拟的共注射制品芯层厚度分布分析[A],中国计算力学大会2012,2012,1-5 [78]易斯男,蔡园武,王博,程耿东.基于均匀化方法的不连续点阵夹层结构等效力学性能预测[A],中国计算力学大会2012,2012,1-10 [79]Guo, Xu,Ni, Changhui,Cheng, Gengdong,Du, Zongliang.Some symmetry results for optimal solutions in structural optimization[J],STRUCTURAL AND MULTIDISCIPLINARY OPTIMIZATION,2012,46(5):631-645 [80]Kang, Zhan,Zhang, Xiaopeng,Jiang, Shigang,Cheng, Gengdong.On topology optimization of damping layer in shell structures under 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