主要研究方向
1.邊緣智慧型
2.環境能量收集
3.結構與土(岩)相互作用
4.智慧型結構監測與控制
學習和工作經歷
2019年06月獲得河海大學工學博士學位;2014年06月獲得河海大學碩士學位;2012年06月獲得山東科技大學學士學位。2019年06月獲評“江蘇省土木工程學科優秀畢業生(博士)”
2021.06-2024.06 廣州大學 土木與交通工程學院講師
2024.07-今 廣州大學 土木與交通工程學院副教授
主要著作與論文
代表性論文:
[1]Chao Xiong,Nan Wu*,Jiyang Fu* et al., Wave-inspired piezoelectric bistable energy harvester considering stress distribution: Design, simulation and experimental investigation[J].《Engineering Structures》.316 (2024) 118535;
[2]Jiyang Fu,Xianming Zeng,Nan Wu*et al., Design, modeling and experiments of bistable piezoelectric energy harvester with self-decreasing potential energy barrier effect[J]. 《Energy》.300 (2024) 131572;
[3]Nan Wu,Jiyang Fu. Research on the impact response and chaos characteristics in the dynamic damage evolution process of concrete material [J].《Construction and Building aterials》,2020,
[4]Nan Wu,Jiyang Fu,Zhende Zhu,Bi Sun. Experimental study on the dynamic behavior of the Brazilian disc sample of rock material [J].《International Journal of Rock Mechanics & Mining Sciences》, 130
[5]Nan Wu, Zhende Zhu,Cong Zhang,Zhihua Luo. Dynamic Behavior of Rock Joint Under Different Impact Loads[J].《KSCE Journal of Civil Engineering》,2019, 23(2):541-548;
[6]Nan Wu,Yuncheng He,Jiyang Fu*. Bistable energy harvester using easy snap-through performance to increase output power[J]. 《Energy》. v 226,2021.
[7]Nan Wu,Yuncheng He,Jiyang Fu*. Performance of a bistable flow-energy harvester based on vortex-induced vibration[J]. 《Journal of Wind Engineering and Industrial Aerodynamics》, v 217, 2021.
[8]Nan Wu, Cong Zhang et al., Investigation on Properties of Rock Joint in Compression Dynamic Test[J].《KSCE Journal of Civil Engineering》,2019, 10.1007/s12205-019-1779-2;
[9]Cai, Yuan; Fu, Jiyang; Wu, Nan et al.,A high-efficiency curved panel energy harvester featured by reduced stress concentration[J].《Energy Conversion and Management》 (11)1 2022, DOI:10.1016/j.enconman.2022.116334
[10] Nan Wu, Chao Xiong, Jiyang Fu* et al.,A broadband bistable energy harvester with self-decreasing potential barrier effect: Design, modeling and experiments[J].《Engineering Structures》318 (2024) 118670:
代表性專利:
[1]吳楠; 傅繼陽; 何運成; 劉愛榮; 熊超 ; バイオニックガル翼に基づいた多安定振動エネルギー収集裝置, 2023-05-31, 日本, 7288718;(國際專利-日本)
[2]吳楠,傅繼陽,白冰,熊超,何運成,劉愛榮. 一種基於鷗翼仿生的多穩態振動能量收集裝置;(專利)
[3]吳楠; 傅繼陽; 熊超; 何運成; 曾憲明; 金沛琛 ; 一種基於捕蠅草葉片仿生的多穩態振動能量收集裝置, 2023-05-26, 中國, ZL 2022 2 2839593.3 (專利)
[4]吳楠; 朱珍德; 孫贔; 劉奇; 程實; 何志磊; 羅志華 ; 用於不同直徑高強度岩石軸拉試樣的傳力裝置, 2016-3-16, 中國, CN201520868759.1 (專利)
[5]吳楠; 朱珍德; 孫贔; 石崇 ; 磁吸式固定岩石軸拉試件引伸計輔助組件的裝置及方法, 2017-11-24,中國, CN201510705605.5 (專利)