Vibration Energy Harvesting: Nonlinear Structures and Maximum Power

报告题目：Vibration Energy Harvesting: Nonlinear Structures and Maximum Power

报告人：蓝春波讲师（乐投Letou航空宇航学院航空航天交叉研究院）

时　间：2018年10月16日（星期二）下午15：00

地　点：明故宫校区A18-209集会室  

主办单位：科协、航空宇航学院、航空航天交叉研究院

报告摘要：

During the past few decades, low-power-consumption microelectronic devices like wireless sensors, data transmitter, medical implant and so on, have been increasingly developed and extensively applied in many areas of industry. However, the reliance on traditional electrochemical batteries has become a significant obstacle for these micro electromechanical systems (MEMS). The main drawbacks of electrochemical batteries include limited lifespan, expensive replacement and environmental pollutions. To overcome these problems and provide a reliablepower supply for these micro devices, explosive studies have been conducted on developing power generators that could directly scavenge energy from ambient sources in environment. Due to the high-power density and small scale, the energy harvester based on piezoelectric materials hasgained great attentions during the past few years. Since the nonlinear vibration energy harvestings (VEHs)own a wider operational bandwidth and a higher output power than the traditional linear VEH, it has beenwidely investigated and became a cut-off technology recently. In this presentation, we focus on the performance and dynamic responses of a magnetically coupled dual-beam energy harvester and that of the multi-stable nonlinear energy harvester. Meanwhile, the maximum power of a classical monostable piezoelectric energy harvester is also introduced.

Keywords:Piezoelectric, Vibration energy harvesting, Nonlinear dynamics, Maximum Power.

报告人简介：

蓝春波


，航空航天交叉研究院讲师。于2012年和2018年在西北工业大学划分获得学士和博士学位。曾在新西兰奥克兰大学交流会见一年


，于2018年4月进入航空航天交叉研究院事情。研究领域包括振动能量收集、非线性振动、随机振动等。近四年总共宣布学术论文13篇


，SCI收录10篇


，其中包括APL、JSV、MSSP、JIMSS等国际知名期刊论文。