杨杨副教授

深圳北理莫斯科大学材料科学副教授。中国农业大学学士，澳门大学硕士博士，澳门大学和南方科技大学博士后，德国锡根大学访问学者。全国工程计算软件发展论坛秘书长。发表学术论文30余篇，主持国家自然科学面上、青年、博士后面上等省部级以上项目5项；参与重点研发等纵横向项目9项。荣获深圳市孔雀计划人才奖励，卓越博士后，首届“工程计算软件优秀青年奖”、第五届“杜庆华工程计算方法优秀青年学者奖”。全国工程计算软件发展论坛学术委员会委员，中国边界元与降维方法学术委员会委员，多个期刊审稿人.

■ Biography-Short  Description

Dr. Yang Yang is the associate  professor at department of  Materials Science in Shenzhen  MSU-BIT University. She obtained  her bachelor in China  Agriculture University, obtained  master and Ph.D. degrees in  University of Macau. She studied  in Siegen University of Germany  as a visiting scholar supervised  by Chuanzeng Zhang who is an  academician of three academies  of sciences in European. So far,  she has published 30 papers as  the first and corresponding  author. She has presided 5  national and ministry projects  and attended 9 projects as the  key member. During academic  career, she was honored to be  awarded the “Du Qinghua  Outstanding Youth Award for  Engineering Computational  method”, “Excellent Youth Award  in Engineering Computing  Software”, “Outstanding  Postdoctoral fellow of  president”, “Overseas high-level  C-class talents (Peacock C)” and  “Best paper award” at Cambridge.  Now, she is the secretary  general of National Engineering  Computing Software Development  Forum, member of Academic  Committee of National  Engineering Computing Methods,  Boundary Element and Dimensional  Reduction Method.

■ 教育经历

□ 2004.09-2008.07  中国农业大学水利与土木工程环境学院，大学本科;
□ 2008.09-2010.07  澳门大学科技学院，硕士研究生;
□ 2010.09-2015.06  澳门大学科技学院，博士研究生.

■ 工作经历

□ 2008.09-2015.06 澳门大学科技学院 助教;
□ 2012.06-2013.06 德国锡根大学 访问学者;
□ 2015.12-2018.12 澳门大学 博士后;
□ 2019.01-2020.12 南方科技大学 博士后;
□ 2021.01-2023.08 南方科技大学 研究副教授;
□ 2023.09- 当前 深圳北理莫斯科大学 副教授.
 

■ 研究领域

□计算力学；
□高性能边界元、近场动力学、机器学习及多尺度多场耦合算法开发及应用；
□结构强度、冲击振动、断裂疲劳分析；结构健康检测系统研发；
□复合材料、智能材料及软物质材料力学性能研究.
 

■ Research  Interest

     Computational mechanics;  high-performance boundary  element method, peridynamics,  machine learning as well as  multi-scale and multi-physical  coupling methods developments  and applications. Structure  strength, impact vibration,  fracture and fatigue analyses.  Structural healthy monitoring  system development; Mechanical  analysis of composite, smart and  soft materials.

■ 主讲课程

1.理论力学；
2.材料力学；
3.结构力学；
4.断裂力学；
5.弹性力学
 

■ 社会兼职

□  全国工程计算软件发展论坛 秘书长 （2019-）;
□ 全国工程计算方法学术委员会委员 （2019-）;
□ 边界元与降维方法学术委员会委员 （2020-）
 

■ 荣誉奖励

□ 2014年，  最佳论文奖，第5届国际计算方法大会，剑桥大学，英国；

□ 2019年， 深圳市孔雀人才C类称号；

□ 2022年，“工程计算软件优秀青年奖”；

■ 科研工作

□陕西省青年人才托举计划项目，多功能梯度材料锲形梁的动力特性分析与工程应用,  2017.01-2018.12，结题，项目负责人；
□陕西省自然科学基金面上项目，功能梯度材料梁结构的动态断裂无网格边界积分方程法分析,  2018.01-2019.12，结题，项目负责人；
□国家博士后面上项目，功能梯度材料裂纹扩展的多尺度建模计算方法研究，  2019.11，结题，项目负责人；
□国家自然科学基金青年项目，基于近场动力学与边界元联合建模的功能梯度材料多尺度结构裂纹扩展研究，2020.01-2023.12，结题，项目负责人;
□国家自然科学基金面上项目，大型海上风电叶片的多尺度裂纹扩展分析及损伤识别2023-2026，在研，项目负责人.
 

■代表性成果（论文和专利）

• Y.  Yang*, K.P. Kou, V.P. Iu, C.C.  Lam, C.Z. Zhang. Free vibration  analysis of two-dimensional  functionally graded structures  by a meshfree boundary-domain  integral equation method.  Composite Structures, 110(2014),  pp. 342-353.
• Y.  Yang*, C.C. Lam, K.P. Kou, V.P.  Iu. Free vibration analysis of  the functionally graded sandwich  beams by a meshfree  boundary-domain integral  equation method. Composite  Structures, 117(2014), pp.  32-39.
• Y.  Yang*, C.C. Lam, K.P. Kou.  Fatigue life analysis of  internal circumferential crack  of tubular structures.  International Journal of Damage  Mechanics. 24(2015), pp.  711-727.
• Y.  Yang*, K.P. Kou, C.C. Lam.  Fracture analysis of the  long-deep semielliptical  internal circumferential cracks  grow from surface to fully  through-wall crack in tubular  members. International Journal  of Damage Mechanics. 24(2015),  pp.1155-1179.
• Y.  Yang*, K.P. Kou, C.C. Lam, V.P.  Iu. Free vibration analysis of  two-dimensional functionally  graded coated and undercoated  substrate structures.  Engineering Analysis with  Boundary Elements, 60(2015),  pp.10-17.
 • Y. Yang,  C.C. Lam*, K.P. Kou. Forced  vibration analysis of  functionally graded beams by the  meshfree boundary-domain  integral equation method.  Engineering Analysis with  Boundary Elements, 72(2016), pp.  100–110.
• Y.  Yang*, K.P. Kou, C.C. Lam.  In-plane free vibration of  circular and annular FG disks.  International journal of  Computational Methods, 2018,  1840024.
• B.J.  Zheng, Y. Yang*, X.W. Gao, Ch.  Zeng. Dynamic fracture analysis  of functionally graded materials  under thermal shock loading by  using the radial integration  boundary element method.  Composite Structures, 201(2018),  pp. 468-476.
• K.P.  Kou, Y. Yang*. A meshfree  boundary-domain integral  equation method for free  vibration analysis of the  functionally graded beams with  open edged cracks. Composites  Part B: Engineering 156(2019),  pp: 303-309.
• Y.  Yang*, K.P. Kou, C.C. Lam, V.P  Iu. Dynamic behaviors of tapered  bi-directional functionally  graded beams with various  boundary conditions under action  of a moving harmonic load.  Engineering Analysis with  Boundary Elements, 104(2019),  pp: 225-239.
• Y.  Yang*, Y.J. Liu. A new boundary  element method for modeling wave  propagation in functionally  graded materials. European  Journal of Mechanics - A/Solids,  80(2020), 103987.
• Y.  Yang*, Y.J. Liu. Modeling of  cracks in two-dimensional  elastic bodies by coupling the  boundary element method with  peridynamics. International  Journal of Solids and  Structures, 2021, 217-218:  74-89.
• X.Y.  Han, Y. Yang*, Y.J. Liu.  Determining the defect locations  and sizes in elastic plates by  using the artificial neural  network and boundary element  method. Engineering Analysis  with Boundary Elements. 2022,  139, 232-245.
• Y.  Yang*, Y.J. Liu. Analysis of  dynamic crack propagation in  two-dimensional elastic bodies  by coupling the boundary element  method and the bond-based  peridynamics. Computer Methods  in Applied Mechanics and  Engineering, 2022, 399, 115339.
• Y.J.  Chen, Y. Yang*, Y.J. Liu. Large  deformation and crack  propagation analyses of hydrogel  by peridynamics. Engineering  Fracture Mechanics, 2023,  109261.
• Y.J.  Chen, Y. Yang*, Y.J. Liu.  Fatigue crack growth analysis of  hydrogel by using peridynamics.  International Journal of  Fracture. 2023.  https://doi.org/10.1007/s10704-023-00722-x.
 

■其他