陈思-818棋牌正版

研究方向

微型扑旋翼飞行器设计；流体仿真计算；降落伞多体动力学；

基本介绍

1993年生，江苏镇江人。本科毕业后直博，本科和博士皆毕业于南京航空航天大学飞行器设计专业。2013年2月至2013年8月赴澳大利亚rmit大学交流半年。2016年9月至2018年9月赴英国cranfield大学联合培养两年。

主要工作经历

2020年9月温州大学工作至今。

承担项目

2022年浙江省自然科学基金（lq22a022048）

学术成果

发表sci论文9篇，其中第一作者/通讯作者6篇；发表会议论文1篇。

其他

[1] chen s., wang l.*, he y.*, tong m., pan y., ji b., guo s. aerodynamic performance of a flyable flapping wing rotor with passive pitching angle variation. ieee transactions on industrial electronics. 2022, 69(9):9176-9184. 

[2] chen s., li h., guo s.*, tong m., ji b. unsteady aerodynamic model of flexible flapping wing [j]. aerospace science and technology, 2018, 80:354–367.

[3] chen s., guo s.*, li h., tong m., ji b. short landing performance and scale effect of a flapping wing aircraft [j]. journal of aerospace engineering, 2020, 33(6):04020085. 

[4] chen s., wang l.*, guo s.*, zhao c., tong m. a bio-inspired flapping wing rotor of variant frequency driven by ultrasonic motor [j]. applied sciences (switzerland), 2020, 10(1):1–21. 

[5] chen s., guo h., li h., guo s., tong m. unsteady aerodynamic modelling and test of a micro flapping wing rotor [c]//1st international conference on advances in aerospace structures, systems &technology. 2018.

[6] jie hu, le wang, si chen*. design and optimization of resonant cavity piezoelectric cantilever sensor for wind velocity and direction measurement. ieee transactions on instrumentation & measurement. 2022.

[7] jie hu, jianping wen, hong li, wumao duan, shiquan fan, huaiguo xiao, si chen*. experiment and numerical simulation on the fine particle migration behaviors for the collection efficiency enhancement of a wire-plate electrostatic precipitator in pig house. computers and electronics in agriculture. 2022.

[8] ji b., zhu z., guo s.*, chen s., zhu q., li y., yang f., song r., li y. aerodynamic analysis of a flapping wing aircraft for short landing[j]. applied sciences (switzerland), 2020.

[9] ji b., zhu z., zhu q., guo s.*, yang f., li y., chen s., song r. and li y. design and experiment of a bionic flapping wing mechanism with flapping–twist–swing motion based on a single rotation[j]. aip advances. 2020.

[10] zenggang zhu, jingtai zhao, yuanyuan he, shijun guo, si chen, bing ji*. aerodynamic analysis of insect-like flapping wings in fan-sweep and parallel motions with the slit effect [j]. biomimetic intelligence and robotics. 2022.