姓名：张宏业
职称：副教授

电话９�/span>+86-10-62336221

E-mail９�/span>zhanghy@bjfu.edu.cn

研究方向９�/span>

1.微纳米测试技术及应用

2.光测实验力学方法及应�?/span>

3.无损检浊�/span>

导师籺�/span>别：硕士生导帇�/span>

招生方向９�/span>

机械工程学硕：�/span>

机械专硕：�/span>

欢迎对机械、力学、材料等领域中测试方法及应用、无损检测、人工智能等相关方向感兴趣的考生报考、�/span>

教育背景９�/span>

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>

工作经历９�/span>

2019.07-2022.12北京林业大学工学院，讲师

2023.01-至今北京林业大学工学院，副教掇�/span>

成就及获奖经厅�/span>９�/span>

1.北京林业大学第十八届青年教师教学基本功比赛二等奖＋�/span>2022平�/span>

2.北京林业大学优秀班主任，2022平�/span>

3.北京林业大学工会系统‛�/span>优秀工会工作耄�/span>“�/span>＋�/span>2021平�/span>

4.北京力学会青年力学工作者优秀论文＋�/span>2020平�/span>

5.北京市普通高等学校优秀毕业生，2019平�/span>

6.博士研究生国家奖学金＋�/span>2017�?/span>2018平�/span>

7.北京市三好学生，2018平�/span>

主要成果９�/span>

主持省部�?/span>叉�/span>以上项目4顸�/span>(国家自然科学基金青年项目＋�/span>北京市自然科学基金青年科学基金项�?/span>，中国博士后科学基金面上项目＋�/span>北京林业大学科技创新计划项目)，横向课颗�/span>4顸�/span>；参与省部级以上项目及横向课题多顸�/span>；已发表学术论文�?/span>会议论文�?/span>专利和软著等40佘�/span>项，其中SCI收录24篇，一佛�/span>/共同一佛�/span>/通讯作耄�/span>论文14篇、�/span>

论文成果９�/span>

[1].HuihuiWen*;Hongye Zhang*;Runlai Peng; Chao Liu; Shuman Liu; Fengqi Liu; Huimin Xie*; Zhanwei Liu*. 3D Strain Measurement of Heterostructures Using the Scanning Transmission Electron Microscopy Moiré Depth Sectioning Method[J]. Small Methods, 2023:2300107.(二区,IF: 12.4)

[2].Ruijun He;Miao Li; Xiao Han; Wei Feng;Hongye Zhang*; Huimin Xie; Zhanwei Liu;Experimental Study of As-Cast and Heat-Treated Single-Crystal Ni-Based Superalloy Interface Using TEM.Nanomaterials, 2023,13(3):608.(三区,IF: 5.719)

[3].Hongye Zhang*;Huihui Wen;Runlai Peng; Ruijun He; Miao Li; Wei Feng; Yao Zhao; Zhanwei Liu;Experimental Study at the Phase Interface of a Single-Crystal Ni-Based Superalloy Using TEM[J]. Materials, 2022, 15(19): 6915.(三区, IF: 3.748)

[4].Hongye Zhang*;Runlai Peng; Jiaye Zhao; Chao Fan; Wei Feng; Zhanwei Liu;Experimental Study of the Thermally Grown Oxide and Interface of Thermal Barrier Coatings Using TEM In-Situ Heating[J]. Nanomaterials, 2022, 12(22): 4020.(三区,IF:5.719)

[5].Hongye Zhang*;Runlai Peng;Wei Feng; Chao Fan; Zhanwei Liu;A dual speckle method for eliminating air distortion in high temperature optical measurement experiments[J]. Optics Continuum, 2022, 1(12): 2480-2489.(EI)

[6].Hongye Zhang*;Runlai Peng;Huihui Wen;Huimin Xie;Zhanwei Liu;A hybrid method for lattice image reconstruction and deformation analysis[J]. Nanotechnology, 2022, 33(38): 385706.(三区, IF: 3.953)

[7].Ruijun He;Hongye Zhang*;Zhanwei Liu;Huihui Wen;Huimin Xie;Interphase interface structure and evolution of a single crystal Ni-based superalloy based on HRTEM image analysis.Applied Optics, 2022,61(2):563-569. (四区,IF:1.905)

[8].Hongye Zhang*;Xianglu Dai;Huihui Wen; Jinhao Liu;Zhanwei Liu;Huimin Xie;Geometric phase analysis method using a subpixel displacement match algorithm. Applied Optics, 2020, 59(8): 2393-2399. (四区,IF:1.905)

[9].Hongye Zhang;Zhanwei Liu*; Xiaobo Yang; Huimin Xie;Interface failure behavior of YSZ thermal barrier coatings during thermal shock. Journal of Alloys and Compounds, 2019, 779: 686-697. (二区, TOP, IF:6.371)

[10].Huihui Wen;Hongye Zhang;Zhanwei Liu*; Chao Liu; Shuman Liu; Xinan Yang; Fengqi Liu; Huimin Xie;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: 3.971)

[11].Huihui Wen;Hongye Zhang;Zhanwei Liu*; Chao Liu;Shuman Liu; Xinan Yang; Fengqi Liu; Huimin Xie;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:8.307)

[12].Hongye Zhang;Huihui Wen;Zhanwei Liu*; Qi Zhang; Huimin Xie;TEM nano-Moiré evaluation for invisible lattice structure near grain interface, Nanoscale, 2017, 9: 15923-15933. (二区, TOP, IF:8.307)

[13].Hongye Zhang;Zhanwei Liu*;Huihui Wen;Huimin Xie; Chao Liu;Subset geometric phase analysis method for deformation evaluation of HRTEM images, Ultramicroscopy, 2016, 171: 34-42. (一匹�/span>,IF:2.994)

[14].Zhanwei Liu*;Hongye Zhang;Huimin Xie; K.X. Li;Shear band evolution in polymer bonded explosives subjected to punch loading, Strain, 2016, 52: 459-466 (三区,IF:2.578)

[15].Hongye Zhang;Chenlong Wu;Zhanwei Liu*;Huimin Xie;A curved surface micro-moiré method and its application in evaluating curved surface residual stress. Measurement Science &Technology, 2014, 25(9): 095002(丈�/span>匹�/span>,IF:2.398)

会议论文９�/span>

[1].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)

[2].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)

[3].崔波＋�/span>张宏丙�/span>*，刘战伟，基于晶格条纹的全场测量方法及其在单晶合金研究中的应用，北京力学会第二十九届学术年会，北京，2023.4.8

[4].李淼＋�/span>张宏丙�/span>*，贺瑞军，韩啸，刘战伟，基于TEM的铸态及热处理态镍基单晶高温合金两相界面实验研穵�/span>，北京力学会第二十九届学术年会，北京＋�/span>2023.4.8

[5].张宏丙�/span>*,刘晋�?/span>,刘战伞�/span>,谢惠氐�/span>,单晶合金微纳尺度原位实验研究,中国力学大会-2021+1,成都,2022.11.04~10(国内会议,口头汇报,线上)

[6].张宏丙�/span>*,刘晋�?/span>,刘战伞�/span>,谢惠氐�/span>,培�/span>亍�/span>TEM的单晶合金原位实验研穵�/span>,第十六届全国实验力学大会,嘉兴,2021.4.23~26 (国内会议,口头汇报)

[7].刘文钉�/span>,弟�/span>�?/span>奍�/span>,张宏丙�/span>,刘晋�?/span>,一种激光增材制造残余应力高效预测方法研穵�/span>,北京力学会第27届学术年伙�/span>,北京,2021.1.16(国内会议,线上参会)

[8].张宏丙�/span>*,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)

[9].张宏丙�/span>,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)

[10].张宏丙�/span>,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)

[11].张宏丙�/span>,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)

著作９�/span>

[1].王典＋�/span>张宏丙�/span>，先进电动汽�?/span>(译著)＋�/span>2022.2.1

专利成果９�/span>

[1].张宏丙�/span>，刘文钊，刘晋浩，徐学锋＋�/span>一种磁性液体水平倾角传感�?/span>，专利号９�/span>ZL202221243779.6

[2].张宏丙�/span>，刘思琪，惠昱杰，胡轩恺，王芃，王世曜，一秌�/span>颗粒介质含水量测量装�?/span>，专利号９�/span>ZL202223519702.X

[3].崔波＋�/span>张宏丙�/span>，一种减少点焊火花产生的自动补偿装置，专利号９�/span>ZL202220716036.X

[4].刘战伞�/span>,吴辰龘�/span>,张宏丙�/span>,谢惠氐�/span>＋�/span>用于曲面变形测量的彩艱�/span>CCD显微云纹泔�/span>,专利叶�/span>９�/span>ZL201310395011.X

软件著作权：

[1].张宏丙�/span>，刘文钊＋�/span>一种磁性液体倾角传感器仿真优化系绞�/span>V1.0＋�/span>软件著作权登记号９�/span>2023SR0519444＋�/span>授权时间: 2023.5.6

[2].张宏丙�/span>,刘战伞�/span>,戴相彔�/span>,谢惠氐�/span>,多模式几何相位分析程庎�/span>[简称：MGPA] V1.0＋�/span>软件著作权登记号９�/span>2016SR002811＋�/span>授权时间: 2016.01.06

[3].刘战伞�/span>,张宏丙�/span>, TEM moiré fringe晶格反演软件V1.0＋�/span>软件著作权登记号９�/span>2018SR677628＋�/span>授权时间: 2018.8.23

[4].刘战伞�/span>,张宏丙�/span>,晶格/点阵图像的重建及变形计算软件V1.0＋�/span>软件著作权登记号９�/span>2018SR710999＋�/span>授权时间: 2018.9.4