张宏丙/h2>
张宏丙/span>
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职称:讲师
学科:机械工程学科
联系电话:+86-10-62336221
Email: zhanghy@bjfu.edu.cn
教育背景
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2009.09-2013.06中北大学，工程力学专业（学士学位（/span>
2013.09-2019.06北京理工大学，力学专业（博士学位（/span>
成就及获奖经厅/span>
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1.北京力学会青年力学工作者优秀论文＋/span>2019平/span>
2.北京市普通高等学校优秀毕业生，2019平/span>
3.博士研究生国家奖学金＋/span>2017?/span>2018平/span>
4.北京市三好学生，2018平/span>
主要成果
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主持省部级以上项?/span>3(北京市自然科学基金青年科学基金项?/span>1项，中央高校基本科研业务贸/span>1项，中国博士后科学基金面上项?/span>1顸/span>)；参与省部级以上项目2(国家重点研发计划1项，国家自然科学基金面上项目1顸/span>)；已发表学术论文、专利和软著等近20项，其中一作（或共同一作）SCI论文8篇，包括5篆/span>TOP期刊论文(Ultramicroscopy 2016, Nanoscale 2017?/span>2018, APL 2018, Journal of Alloy and Compounds 2019)、/span>
Hongye Zhang*, Xianglu Dai et al., Geometric phase analysis method using a subpixel displacement match algorithm. Applied Optics, 2020, 59(8): 2393-2399. (IF:1.973)
Hongye Zhang, Zhanwei Liu* et al., Interface failure behavior of YSZ thermal barrier coatings during thermal shock. Journal of Alloys and Compounds, 2019, 779: 686-697. (二区, TOP, IF: 4.175)
Huihui Wen,Hongye Zhang, et al., Stress mapping of a strain superlattice using scanning moiré fringe imaging, Applied Physics Letters, 2018, 113(3): 031905. (共同一佛/span>,二区, TOP, IF: 3.521)
Huihui Wen,Hongye Zhang, et al., Quantitative evaluation of interface lattice quality of a strain superlattice by strain analysis, Nanoscale, 2018, 10(37): 17567-17575. (共同一佛/span>,封面文章,二区, TOP, IF: 6.97)
Hongye Zhang, Zhanwei Liu* et al., TEM nano-Moiré evaluation for invisible lattice structure near grain interface, Nanoscale, 2017, 9: 15923-15933. (二区, TOP, IF: 6.97)
Hongye Zhang, Zhanwei Liu* et al., Subset geometric phase analysis method for deformation evaluation of HRTEM images, Ultramicroscopy, 2016, 171: 34-42. (二区, TOP, IF: 2.644)
Zhanwei Liu*,Hongye Zhanget al., Shear band evolution in polymer bonded explosives subjected to punch loading, Strain, 2016, 52: 459-466 (IF: 2.155)
Yingbin Zhu, Huihui Wen,Hongye Zhang, et al. Real-time in situ observation of extended defect evolution near a crack tip in GaSb crystal under thermal loading[J]. Applied Surface Science, 2020: 145934. (二区, TOP, IF: 5.155)
Yingbin Zhu, Huihui Wen,Hongye Zhang, et al. Application of digital phase shifting moiré method in interface and dislocation location recognition and real strain characterization from HRTEM images[J]. Optics Express, 2019, 27(25): 36990-37002. (二区, IF: 3.561)
Yue Hou,Hongye Zhang, et al., Camera lens distortion evaluation and correction technique based on a colour CCD moiré method, Optics and Lasers in Engineering 110 (2018): 211-219 (二区, IF: 4.159)
Yanyan Yin, Rui Qi,Hongye Zhanget al., Microstructure design to improve the efficiency of thermal barrier coatings, Theoretical and Applied Mechanics Letters 8(1) (2018): 18-23 (EI)
Zhanwei Liu*, Huimin Xie, Huaixi Wang,Hongye Zhanget al., Evaluating deformation at high temperatures, SPIE Newsroom, DOI: 10.1117/2.1201412.005649
Hongye Zhang, Zhanwei Liu* et al., Subset geometric phase analysis method for deformation evaluation, Asian conference on Experimental Mechanics 2016, Jeju Korea, 2016.11.13~11.16 (国际会议,口头汇报)
Hongye Zhang, Zhanwei Liu* et al., Color CCD micro-Moiré method, 2014 SEM Fall Conference and International Symposium on Intensive Loading and Its Effects, Beijing China, 2014.10.19~10.22 (国际会议,口头汇报)
张宏丙/strong>*,刘晋?/span>,刘战伞/span>,谢惠氐/span>,基于亚像素位移匹配算法的几何相位分析方法,北京力学会第26届学术年伙/span>,北京, 2020.1.12 (国内会议,口头汇报)
张宏丙/strong>,温辉辈/span>,刘战伞/span>*,谢惠氐/span>,基于TEM的热障涂层纳尺度实验研究, 2018年全国固体力学学术会?/span>,哈尔?/span>, 2018.11.23~11.25 (国内会议,口头汇报)
张宏丙/strong>,温辉辈/span>,刘战伞/span>*,谢惠氐/span>, TEM纳米云纹反演法及其应?/span>,北京力学会第24届学术年伙/span>,北京, 2018.1.21 (国内会议,口头汇报)
张宏丙/strong>,刘战伞/span>*,石文雃/span>,谢惠氐/span>,用混合几何相位分析和DIC的方法消除空气畸变对高温变形测试的影哌/span>,中国力学大会-2015,上海, 2015.8.15~8.18 (国内会议,口头汇报)
张宏丙/strong>,刘战伟等,多模式几何相位分析程庎/span>[简称：MGPA] V1.0软件著作权登记号９/span>2016SR002811授权时间: 2016.01.06
刘战伞/span>,张宏丙/strong>, TEM moiré fringe晶格反演软件V1.0软件著作权登记号９/span>2018SR677628授权时间: 2018.08.23
刘战伞/span>,张宏丙/strong>,晶格/点阵图像的重建及变形计算软件V1.0软件著作权登记号９/span>2018SR710999授权时间: 2018.09.04
刘战伞/span>,吴辰龘/span>,张宏丙/strong>,谢惠氐/span>,‛/span>用于曲面变形测量的彩艱/span>CCD显微云纹法”国家发明专?/span>,专利叶/span>: ZL201310395011.X
