1998 bachelor's degree in mechanical manufacturing and automation, Hunan university;
research direction
Engineering testing, fluid transmission and control, submarine acoustic detection.
Position, part-time job and honorary title
Associate Professor and Master Tutor of Guangdong University of Technology;
Member of Oceanographic Society and Guangdong Fluid Transmission and Control Society.
Major projects hosted or participated in.
[1] Research on acoustic characteristics of seabed sediments in the South China Sea based on in-situ temperature and pressure, supported by the National Youth Fund, with the research funding of 250,000 yuan and the start and end date of 201-2014.12;
[2] The research on in-situ simulation method of acoustic measurement of seabed sediments was supported by the State Key Laboratory of Sound Field and Acoustic Information of China Academy of Sciences, with the research funding of 654.38+million yuan, and the start and end dates were 2010.05438+0-2012.
[3] Research on three-dimensional automatic compensation of offshore operation equipment, supported by the National Natural Science Foundation, with the research funding of 280,000 yuan, and the starting and ending dates: 2006+0-2008.438+02.
Winning record
2009-20 10 First Prize of Excellent Teaching in Guangdong University of Technology;
In 2008, Guangdong University of Technology won the "Excellent Paper Award" in the first young faculty research paper writing competition.
Main papers, works and patents
Zou Dapeng, Lu Bo, Wu Baihai, Liang Runhua, Chen Feiyan. Study on acoustic attenuation characteristics of deep seabed sediments in the South China Sea based on coaxial gap measurement. Journal of tropical oceanography, 2009, 28(3), 35-39.
Zou Dapeng, Wu Baihai, Lu Bo, Zeng Jieying, Zhang. Influence of temperature on compression wave velocity in water-saturated porous media [J]. Acoustics Technology, 2008,27 (4): 492-496.
Zeng Jieying, Zou Dapeng, Wu Baihai, Lu Bo, Zhang. Acoustic signal processing and spectrum analysis in ultrasonic measurement of seabed sediments under temperature change [J]. Journal of Tropical Oceanography, 2009,28 (4): 79-84.
Xiao Tibing, Wu Baihai, Zou Dapeng, et al. Establishment and test of nonlinear simulation model of heave compensation system in deep-sea mining [J]. Ocean Science, 2002. Mechanical Engineering in China. 2004, 15 (9): 792-795.