天津科技大学机械工程学院导师：平学成
[通讯方式]
办公电话：15620243288
电子邮件：xcping@tust.edu.cn
通讯地址：天津市河西区大沽南路1038号天津科技大学机械学院
[个人简述]
获奖成果：1.缺陷端部场的高等有限元方法 江西省自然科学奖二等奖（Z-15-2-06-R02） 本人排名第二 江西省科技厅 2016.72.各相异性复合材料尖劈和接头端部奇异性场的有限元分析 江西省高校2002--2004年度科技成果三等奖(SJ-06-3-18) 本人排名第一，江西省教育厅 2006.33.复合异种压电材料尖劈/接头端部附近电弹性场研究 江西省高校2005--2006年度科技成果一等奖(J060111) 本人排名第二，江西省教育厅 2007.9
[科研工作]
[1]ChenM.C. Ping X.C. A novel hybrid element analysis for piezoelectric-parent material wedges. Computational Mechanics 2007 40(1): 13-24.[2]Chen M.C. Ping X.C. Finite element analysis of piezoelectric corner configurations and cracks accounting for different electrical permeabilities. Engineering Fracture Mechanics 2007 74(9): 1511-1524.[3]X.C.Ping M.C.Chen J.L. Xie. Singular stress analyses of V-notchedanisotropic plates based on a novel finite elementmethod. Engineering Fracture Mechanics 2008 75(13): 3819-3838.[4]Meng-ChengChen Xue-ChengPing Hui-Min Xie and Zhan-Wei Liu. Numerical and Experimental Analyses of Singular Electro-Elastic Fields around a V-Shaped Notch Taip in Piezoelectric Materials. Engineering Fracture Mechanics 2008 75(18): 5029-5041.[5]Meng-ChengChen Xue-ChengPing. A novel hybrid finite element analysis of inplane singular elastic field around inclusion corner-tips in elastic media. International Journalof Solids and Structures 2009 46(13): 2527-2538.[6]Meng-Cheng Chen Xue-Cheng Ping. Analysis of the interaction within a rectangular array of rectangularinclusions using a new hybrid finite element method. Engineering Fracture Mechanics 2009 76(4): 580-593.[7]Meng-Cheng_Chen Xue-Cheng Ping Wan-Hui Liu Zheng Xie. A novel hybrid finite element analysis of twopolygonalholesin an infinite elastic plate. Engineering Fracture Mechanics 2012 83(1): 26-39.[8]Xue-Cheng Ping Meng-Cheng Chen Lin Leng Si-Hai Wu. Singular stress analysis of an anisotropic elastic medium containing polygonal holes using a novel hybrid finite element method. International Journal of Mechanics and Materials in Design 2012 8(3): 219-236.[9]Xue-Cheng Ping Meng-Cheng Chen Nao-Aki Noda. Analysis of generalized stress intensity factors of V-shaped notch problems by a FEM. International Journal of Computational Methods 2013 10(6): 1-25.[10]Xue-Cheng Ping Meng-Cheng Chen Bing-Bing Zheng Bin Xu. An effective numerical analysis of singular stress fieldsin dissimilar materialwedges under thermo-mechanical loads. Engineering Fracture Mechanics 2013 106: 22-37.[11]Xue-Cheng Ping Meng-Cheng Chen Shao-Jun Ying. Effects of thermomechanical properties on interface edge singular thermal stresses of Quad Flat Packagesolder joints. Sensor Letters 2013 11(6-7): 1326-1331.[12]姜羡，平学成，李兴. 纤维金属层板接缝局部起裂准则研究. 机械强度，2014 36(1):110-115.[13]平学成，赵辽翔. 不完全接触端微动疲劳强度界面力学评估. 机械设计与制造，2014 (6): 269-272. 6月[14]平学成，赵辽翔. 新型空心车轴轮对过盈配合微动疲劳特性分析. 机械设计与制造，2014 (7): 116-119.[15]平学成，徐小翔. 热机载荷下多边形夹杂角端部应力场的杂交元分析. 力学季刊，2014 35(2): 283-292.[16]平学成，徐小翔. 热-机载荷下不规则夹杂的奇异性应力场分析. 计算力学学报 2014 31(6): 749-754.[17][18]平学成 王先亮. B型地铁铝合金车体工作模态分析. 铁道机车车辆 2015 35(1): 121-123.[19]肖毅华 董晃晃 平学成. 基于ABAQUS的SPH粒子生成及其在高速冲击计算中应用[J]. 振动与冲击 2016 35(17):140-145.[20]平学成，赵辽翔.基于能量密度法的纤维金属层板微动疲劳寿命研究.中国力学大会 2015年8月15日 中国上海.[21]平学成 赵辽翔. 基于能量密度法预测微动疲劳寿命的研究. 中国机械工程 2016 27(1): 84-90.[22]Xuecheng Ping Mengcheng Chen Yihua Xiao Qin Wang. Field intensity factors around inclusion corners in 0-3 and 1-3 composites subjected tothermo-mechanical loads. International Journal of Mechanics and Materials in Design 2016 12(1): 121-139.[23]平学成 朱增辉 吴卫星等. 用应变能密度法分析纤维金属层板的微动疲劳特性.复合材料学报 2016 33(7): 1553-1562[24]Xuecheng Ping Mengcheng Chen Wei Zhu. A super singular element for three-dimentional corner fronts ASME 2016 International Mechanical Engineering Congress and Exposition November 11-17 2016 Phoenix Arizona USA.[25]平学成，吴卫星，陈梦成，程里朋. 铆接界面端三维奇异性应力场的研究. 工程力学，2017 Vol. 34(6): 226-235[26]Xuecheng Ping Mengcheng Chen. Computations of singular stresses along three-dimensional corner fronts by a super singular element method. InternaitonalJournal ofComputationalMethods 2017 14(4): 1750065.[27]Yewang Su Xuecheng Ping Ki Jun Yu Jung Woo Lee Jonathan Fan Bo Wang Ming Li Rui Li Daniel V. Harburg YongAn Huang Cunjiang Yu Shimin Mao Jaehoun Shim Qinglin Yang Pei-Yin Lee Agne Armonas Ki-Joong Choi Yichen Yang Ungyu Paik Tammy Chang Thomas Dawidczyk Yonggang Huang Shuodao Wang and John A. Rogers.In-Plane Deformation Mechanics forHighly Stretchable Electronics. Advanced Materials 2017 29(8):1604989-1605000.[28]X.C. Ping C.G. Wang and L.P. Cheng. A novel singular element for analysis of three-dimensional singular stress fields at circular crack fronts. ICCM2017 July 25-29th Guilin Guangxi China[29]X.C Ping M.C. Chen C.G. Wang L.P. Cheng. A super crack front element for three-dimensional fracture mechanics analysis. Engineering Fracture Mechanics 2018 196: 1-27.
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