Liuyi Huang
Associate Professor, Laboratory of fishing technology
Fisheries College, Ocean University of China
5 Yushan Road, Phone: 0532-82031526
Qingdao 266003, Fax:
P. R. China Email:huangly@ouc.edu.cn
EDUCATION
BS, Fishing Engineering, Ocean University of China, July, 1993;
MS, Fishing Science, Ocean University of China, June, 2006;
PhD, Enrichment and Aquaculture Engineering, University of Maryland, June, 2013.
PROFESSIONAL APPOINTMENT HISTORY
Assistant professor in the College of fisheries, Ocean University of China, July, 1996
Lecturer in the College of fisheries, Ocean University of China, December, 1998
Associate professor in the College of fisheries, Ocean University of China, December, 2006.
RESEARCH
Research Interests:
1. Theoretical and experimental researcheson the hydrodynamic characteristics of fish cages of aquaculture and development of sea-cage system that may resist strong wind, current and waves under disaster sea state;
2. Study on the selectivity of fishing gears and development of selective fishing equipments;
3. Study on the hydrodynamic properties of net twines for fishery;
4. Development of technology for offshoreaquatic-breeding facilities.
Current Research Projects (recent 10 years):
§ Study on the hydrodynamic characteristics of fishing-net twines. Supported by a grant from the National Natural Science Foundation of China(Grant No. 40776052), 2011-2013;
§ Research on the numerical simulation of hydrodynamic characteristics of floating elliptic-shaped breakwaters made of porous medium. Supported by a grant from the National Natural Science Foundation of China(Grant No. 31172446), 2012-2014;
§ Technical study on the offshore three-dimensional cultivation engineering circulated by purse net. Supported by a grant from the ProvincialKey Technologies R & D Program of Shandong (No. 2008C12065-1), 2008-2010;
§ Studyon the dynamic response characteristics of aquaculture net-cage system in the fields of both waves and current. Supported by a grant from the National Natural Science Foundation of China(Grant No. 40576045), 2006-2008;
§ Study on the dynamic response characteristics of mooring system for the deep-sea aquaculture cages of gravity-type. Supported by the Key Project of Chinese Ministry of Education (No. 107071), 2007-2008;
§ Research on the key technology of emergency disposal to the large-scale outbreak of enteromorphaand its application: study on the facility and its supporting engineering technique to clean out enteromorpha quickly and effectively. Supported by a grant from the National Key Technologies R & D Program of China during the 11th Five-Year Plan Period （No. 2008BAC49B03),2008-2009;
Honors:
PUBLICATION (recent 10 years)
ZHAO Fen-fang , KINOSHITA Takeshib, BAO Wei-guang ,HUANG Liu-yi, LIANG Zhen-lin and WAN Rong. Interaction Between Waves and An Array of Floating Porous Circular Cylinders，China Ocean Engineering, 2012:26(3):397 – 412 SCI;
ZHAO Fen-fang , KINOSHITA Takeshib, BAO Wei-guang , WAN Rong and HUANG Liu-yi. Hydrodynamics and wave-drift force of a porous cylinder. Applied Ocean Research, 2011,33:169-177 SCI;
Song Wei-hua, Liang Zhen-lin, Wan Rong, Zhao Fen-Fang, Takeshi Kinoshita, Huang, Liu-yi, Ma Jia-zhi, Chen Bo-hai. Experimental study on the effect of waves on netting panels at a range of angles to the wave direction, Fisheries Science, 2012:78(3)：491-501;
Zhu Li-xin, Liang Zhen-lin, Huang Liu-yi and Zhao Fen-fang, 2006. Numerical simulation of Dynamic Response of Supple Nets. China Ocean Engineering, 20(3):443-456;
Song Weihua, Liang Zhenlin, Chi Hongfu, Huang Liuyi, Zhao Fenfang, Zhu Lixin and Chen Bohai, 2006. Experimental study on the effect of horizontal waves on netting panels. Fisheries Science, 72: 967-976;
Jiang Z Y, Liang Z L, Tang Y L, Huang L Y, 2010. Numerical simulation and experimental study of hydrodynamics of artificial reef model in current., Chinese Journal of Oceanology and Limnology, 28 (2):267-273.
Plus more than 20 papers written in Chinese and published in Chinese journals
