summary
2000.9-2004.7清华大学测控技术与仪器 学士
2004.9-2010.1清华大学机械工程博士
研究领域
微颗粒、微液滴、微气泡运动机理及界面特性原理研究及应用
空蚀空化过程中伴随现象产生机理研究，包括：空蚀过程中热效应、空化噪声、空蚀发生发展过程等。
利用微流体技术实现微颗粒结构的合成研究；微流体、微颗粒行为数值研究。
PIV流场检测，数据采集系统控制，信号采集与信号分析。
template_id
1
photo
\/attachments\/35\/-.jpg
research_field
利用微流体技术实现微颗粒结构的合成研究，微颗粒运动，微流体数值模拟计算。\r空蚀空化过程中伴随现象产生机理研究，包括：空蚀过程中热效应、空化噪声、空蚀发生发展过程等。\r数据采集系统控制，信号采集与信号分析。
status
1
opendate
2018-06-16 12:39:33
access_type
1
access_count
7559
score
connect
selfintroduction
文章列表：
1. Jiang Liang,Ge Han*, Liu Fengbin, Chen Darong. Investigation on dynamics of interacting cavitation bubbles in strong acoustic field. Ultrasonics Sonochemistry, 2017, 34: 90-97.
2. Chen Jiawang,Ge Han, Fu Mengru. Structure optimization of the high-pressure chamber of the pressure-retaining sampler for deep-sea sediment. Journal of The Institution of Engineers (India): Series C. 2017, 98(5): 619-624.
3. Ge Han, Xu Hongbao, Lu Tianyi, et al. Microfluidic production of porous carbon spheres with tunable size and pores. Journal of Colloid and Interface Science. 2016. 461:168-172.
4. Ge Han, Li Jiang, Chen Haosheng. Cavitation noise from elastic response of metals in ultrasonic cavitation erosion. Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, 2016, 230(7): 836-841.
5. Fu Mengru,Ge Han*. Numerical analysis of the iridescent ring around cavitation erosion pit on stainless steel surface. Journal of Fluids Engineering Transections of ASME. 2016, 138:091101-1-6.
6. Haocai Huang, Shihao Zhang, Xialei Chen, Jing Miao,Han Ge*. Design and Modeling of a Novel Biomimetic Robot Inspired by Water Strider. Marine Technology Society Journal. 2016, 50(5): 35-44.
7. Ge Han, Chen Jiawang. Effects of inlet flow rate and concentration fluctuations on the separation performance of a novel dynamic hydrocyclone. IEEE Oceans MEETING. 2016. Monterey, California, US.
8. Fu Mengru,Ge Han*. Multiple Damage Types on Stainless Steel and Silica Glass during Ultrasonic Cavitation Erosion. IEEE Oceans MEETING. 2015. Washington DC.
9. Ge Han, Li Jiang, Chen Haosheng. Influence of Microparticle Size on Cavitation Noise during Ultrasonic Vibration. AIP Advances, 09\/2015; 5(9).
10. Jiang Liang,Ge Han, Feng Chengliang, Chen Darong. Numerical simulation of underwater explosion bubble with a refined interface treatment. SCIENCE CHINA Physics, Mechanics & Astronomy, 2015, 58(4): 1-10.
11. Zhu Songsong, Song Hong, Yang Ping, Xu Jing, Qu Fengzhong, Huang Haocai,Ge Han, Han Jun, Leng Jianxing., Measurement of waterfront aberration in laser beam propagating over water, 2014 OCEANS - TAIPEI, 2014.11.
12. 葛晗,陈鹰,黄豪彩,陈家旺.人工上升流千岛湖湖试，海洋科学，2014, 38(9): 85-89.
13. Chen JW, Chen Y, Yang J, Liang NK, Lin S,Ge H, Fan W, Huang HC, Development of Air-lifted Artificial Upwelling Powered by Wave, 2013 OCEANS - SAN DIEGO, 2013.9.
14. Zhu Songsong, Song Hong, Yang Ping, Xu Jing, Qu Fengzhong, Huang Haocai,Ge Han, Han Jun, Leng Jianxing., Characterization of wavefront aberration in laser beam propagating over saline water and sands, 2013 OCEANS - SAN DIEGO, 2013.9.
15. Ge Han, Chen Haosheng, Chen Darong. Formation and Progression of Iridescent Rings around Cavitation Erosion Pits. CAV2012, Singapore, 2012.
16. 葛晗,杜川,陈皓生.空蚀坑周围彩虹区的形成机理.摩擦学学报. 2010.07.第30卷第4期:328-332.
17. 葛晗,秦力,颜大运.基于短时傅立叶变换的空蚀噪声分析.清华大学学报. 2010.第50卷第7期: 1029-1031.
18. 葛晗,秦力,蒋亮等.表面形貌与空化噪声的相关性研究.润滑与密封. 2010.04.第35卷第4期:10-. 2.
19. Han Ge, Haosheng Chen, Shihan Liu and Darong Chen. Effect of surface topography on cavitation noise: experimental study. WTC2009, Kyoto, 2009.
20. Han Ge, Haosheng Chen, Darong Chen. Effect of surface material on the cavitation erosion noise: experimental investigation. CIST2008, Beijing, 2008: 977-979.
url
telephone
**
gehan@zju.edu.cn
address
舟山校区海工楼324
research
mypage_id
7037
work_title
learn_degree
work_post
research_orientation
handle
gehan
main_status
1
access_uid_status
1
theme_id
qrcode_status
1
gmt_qrcode
2021-01-24 18:49:10
content
2000.9-2004.7清华大学测控技术与仪器 学士
2004.9-2010.1清华大学机械工程博士
研究领域
微颗粒、微液滴、微气泡运动机理及界面特性原理研究及应用
空蚀空化过程中伴随现象产生机理研究，包括：空蚀过程中热效应、空化噪声、空蚀发生发展过程等。
利用微流体技术实现微颗粒结构的合成研究；微流体、微颗粒行为数值研究。
PIV流场检测，数据采集系统控制，信号采集与信号分析。
column_name
个人简介
