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杨楠

职称:教授167C1


工作部门:工学院机械工程系


办公地点:机电楼312


办公电话:0754-86502941


电子邮件:nyang@stu.edu.cn


导师类型:博士生导师


教育经历

天津工业大学(1998-2008)

博士, PhD, Mechanical design

硕士, MS, Mechanical design

学士, BS, Mechanical design


研究兴趣

机械超材料,多孔结构材料,人造肌肉,生物材料,材料的“结构-功能”关系


工作经历

华盛顿大学, 航空航天部/生物启发工程研究所, 访问学者,工作内容:折纸艺术启发下的机械超材料的静力学和动力学行为研究——Aug 2017 -Feb 2018

香港大学, 李嘉诚医学院, 访问学者, 工作内容:多孔材料在组织工程中的工作机理——Dec 2013-Mar 2014

维也纳技术大学, 机械学院, 访问学者,工作内容:多孔结构的设计与制造——Jul -Sep 2013

天津理工大学, 机械工程学院, 副教授,工作内容:多孔/超材料的“结构-性能”研究——Jan 2010-Mar 2019

汕头大学, 工学院, 教授,工作内容:多孔/超材料的“结构-性能”研究——Mar 2019-Now


学术兼职

作为外审专家,曾为以下期刊审稿:

Advanced Materials

Advanced Functional Materials

Composite Structures

Materials Science and Engineering C

Medical Engineering & Physics

Materials Letters

Optics & Laser Technology

European Journal of Operational Research


主持项目,入选计划及称号

•广东省科技厅重点专项:

大幅度调控多孔组织工程支架生物力学性能的新方法研究 (2021ZDZX2007——20221-202412

•广东省基础与应用基础研究基金,面上项目:

基于人工神经网络的非匀质多孔结构智能设计和生物力学研究(2021A1515010318  202101- 202312

•国家自然科学基金,面上项目:

新型折叠式、模块化声子晶体静力学和动力学性能的“可编程”机理研究 (11872046—— 2019-2022

•天津市自然科学基金,重点项目:折纸艺术启发下新一代可编程声子超材料机械性能研究(18JCZDJC10030—— 2019  

•天津市特聘教授青年学者——2018

•天津市“131”创新人才(第二层次)——2017

For the design of mechanical metamaterials & composite porous structures

•天津市中青年骨干教师培养计划——2017

For the research of mechanical metamaterials

•中青年骨干教师公派出国培养计划——2016

For the research as to foldable metamaterials

•天津市自然科学基金,重点项目:

组织工程用新型仿生功能梯度多孔支架设计与增材制造(14JCZDJC39500)——2014

For the design and fabrication of biomimetic porous structures

•天津市优秀博士后国际化培养计划——2013

For the study in Hong Kong University as to the application of porous structures as tissue engineering scaffolds

•奥地利Eurasia-Pacific Uninet 学者奖学金——2013

For the study in Austria as to porous structure design

•天津市“131”创新人才(第三层次)——2012

For the design of composite porous structures

•中国博士后自然科学基金,面上项目:

激光熔覆直接制造大块生物活性玻璃及力学生物性能优化(2012M520572)——2012

For the design and fabrication of composite porous structure

•天津市高等学校科技发展基金项目:期望力学生物性能的大块生物玻璃启发式快速原型制造(20120401)——2012

For the design and fabrication of porous structures with bioactive glass


出版物(按时间顺序)

[31] Nan Yang*, Yong Deng, and Xiaodong Niu. Deployable-Structure-Based Artificial Muscles Generating Coded Forces. Advanced Materials Technologies 2021, 2100493.

[30] Nan Yang*, Yifan Song, Jinlun Huang, Yuetao Chen, Ian Maskery*. Combinational design of heterogeneous lattices with hybrid region stiffness tuning for additive manufacturing. Materials & Design 209 (2021) 109955.

[29] Nan Yang*, Chun-Wei Chen, Jinkyu Yang, Jesse L. Silverberg*. Emergent reconfigurable mechanical metamaterial tessellations with an exponentially large number of discrete configurations. Materials & Design 196 (2020) 109143.

[28] Nan Yang*, Yong Deng, Zhongfa Mao, Suian Wang, Xiaodong Niu, Nan Wu*. Cross-like lattices with tailorable mechanical properties. Materials Letters 281 (2020) 128617.

[27] Nan Yang*, Mingkai Zhang, Rui Zhu*. 3D kirigami metamaterials with coded thermal expansion properties. Extreme Mechanics Letters 40 (2020) 100912.

[26] Yong Deng, Zhongfa Mao, Nan Yang, Xiaodong Niu*, and Xiangdong Lu. Collaborative Optimization of Density and Surface Roughness of 316L Stainless Steel in Selective Laser Melting. Materials 2020, 13, 1601; doi:10.3390/ma13071601.

[25] Nan Yang*, Y. Deng, Z.F. Mao, Y.T. Chen, N. Wu, X.D. Niu. New network architectures with tunable mechanical properties inspired by origami. Materials Today Advances (2019) 4, 100028.

[24] Nan Yang*, Mingkai Zhang, Rui Zhu*, Xiao-dong Niu*. Modular metamaterials composed of foldable obelisk-like units with reprogrammable mechanical behaviors based on multistability. Scientific Reports (2019) 9, 18812.

[23] Nan Yang.  Novel structural design method inspired by DNA and origami. Results in Engineering (2019) 4, 100069.

[22] Nan Yang and Jesse L. Silverberg. Decoupling local mechanics from large-scale structure in modular metamaterials. Proceedings of the National Academy of Sciences (PNAS). (2017) 114 (14) 3590–3595.

[21] Nan Yang, Shoujun Wang, Lilan Gao, Yutao Men, Chunqiu Zhang. Building implicit-surface-based composite porous architectures. Composite Structures 173 (2017) 35–43.

[20] Gao Li-Lan, Wei Chao-lei, Zhang Chun-Qiu, Gao Hong, Yang Nan, Dong Li-Min. Quasi-static and ratcheting properties of trabecular bone under uniaxial. Materials Science and Engineering C 77 (2017) 1050–1059.

[19] Cheng-Fei Du, Nan Yang, Jun-Chao Guo, Yun-Peng Huang and Chunqiu Zhang. Biomechanical response of lumbar facet joints under follower preload: a finite element study. BMC Musculoskeletal Disorders (2016) 17:126.

[18] Nan Yang, Chengfei Du, Shoujun Wang, Yuwei Yang, Chunqiu Zhang. Mathematically defined gradient porous materials. Materials Letters 173 (2016) 136–140.

[17] Nan Yang, Dawei Zhang, Yanling Tian. Novel real function based method to construct heterogeneous porous scaffolds and additive manufacturing for use in medical engineering. Medical Engineering & Physics 37(2015) 1037-1046.

[16] Nan Yang, Lilan Gao, Kuntao Zhou. Simple method to generate and fabricate stochastic porous scaffolds. Materials Science and Engineering C 56 (2015) 444–450.

[15] Nan Yang, Dawei Zhang, Yanling Tian. The validity analysis of regression: combining uniform experiment design with nonlinear regression. Applied Mathematics 6 (2015) 996-1008.

[14] Nan Yang, Dawei Zhang, Yanling Tian. Tooth surface design for variable transmission ratio bevel gearing. Applied Mathematics 6 (2015) :1685-1695.

[13] Nan Yang. Letter to the Editor concerning “The relationship between porosity and specific surface in human cortical bone is subject specific” by Lerebours C.et al.; Bone 72 (2015)109-117.

[12] Nan Yang. The connectedness of the structure generated by the midpoint displacement algorithm. Computers & Geosciences 79 (2015)129–130.

[11] Nan Yang, Dawei Zhang, Yanling Tian. A Pure Mathematical Relationship between Pitch and Position for Stringed Instruments. Applied Mathematics 5 (2014)1503-1507.

[10] Nan Yang. Correction for porous scaffold structure design. Materials Science and Engineering C 42 (2014) 46–47.

[9] Nan Yang, Kuntao Zhou. Effective method for multi-scale gradient porous scaffold design and fabrication. Materials Science and Engineering C 43 (2014) 502–505.

[8] Nan Yang, Zhi Quan, Dawei Zhang, Yanling Tian. Multi-morphology transition hybridization CAD design of minimal surface porous structures for use in tissue engineering. Computer-Aided Design 56 (2014) 11–21.

[7] Nan Yang. Concentration model based on movement model of powder flow in coaxial laser cladding. Optics & Laser Technology 41(2009)94-98.

[6] Nan Yang, Huajun Dong, Ping Hu. The behavior of powder particles in coaxial laser cladding. Proceedings of the SPIE - The International Society for Optical Engineering volume: 7843 pages: 78430Z (12 pp.) year: 2010.

[5] Nan Yang, Xi-chen Yang. Digital Image Measurement Of Velocity Field Of Powder Fluid In Laser Manufacturing. Journal of Computational and Theoretical Nanoscience, Vol. 5, No. 8. (2008), pp. 1522-1525.

[4] Nan Yang, Xichen Yang. Powder Flow Field Distribution with Different Parameters in Coaxial Laser Cladding. No.68250X Conference on Lasers in Material Processing and Manufacturing III, Volume: 6825 (2008) Pages: X8250-X8250.

[3] 杨楠,杨洗陈. 激光熔覆中粉嘴流场的数值模拟. 中国激光 35 (2008), 452-455.

[2] 杨楠,杨洗陈. 激光熔覆中金属粉末粒子与激光相互作用模型. 光学学报28 (2008),1745-1750.

[1] 杨楠,杨洗陈. 粉末流场数字图像处理技术的一种新算法. 中国激光 34 (2007), 368-371.


专利

国家发明专利:

一种三维复合多孔结构组织工程支架的制备方法(201510470678.0)——2017

国家发明专利:

一种三维人工随机多孔结构组织工程支架的制备方法(201410033642.1)——2015





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