Li Fen
Li Fen
Li Fen, female, born on February 8, 1974, doctor, associate professor, School of communications, Wuhan University of technology.
Character experience
In June 1995, he graduated from hydrogeology and engineering geology of China University of Geosciences with a bachelor's degree in engineering; in June 1998, he obtained a master's degree in environmental geology of China University of Geosciences; in June 2006, he obtained a doctor's degree in road and railway engineering of Wuhan University of technology. From August 2009 to August 2010, he worked as a visiting scholar in the University of Kansas in the United States. From June 1998 to now, he has been teaching in the school of transportation, Wuhan University of technology
Research direction
Research on bearing capacity of pile foundation in offshore engineering, stability calculation of slope and underground surrounding rock, numerical simulation and analysis of complex structure system, research on pavement structure and material damage
Lecture course
Undergraduate course: soil mechanics, basic engineering, engineering geology, engineering mechanics, material mechanics postgraduate course: Advanced geotechnical mechanics, professional English
academic achievements
Representative thesis
Li Fen, Zou Zaojian. Research status and development trend of floating offshore structures. Journal of Wuhan University of Technology (traffic science and Engineering), 2003, 27 (5): 682 ~ 686. (EI) FenLi.Elastic -viscous-plasticmodelcalculatingsettlementofsoftsoilsubgradeofexpressway，Proccedingsofthe4thPacificRimconferenceonrheology，2005, 8. Li Fen, Shen Chengwu, Li Yongxin. Research on asphalt concrete flaw detection based on ultrasonic testing technology. Journal of Wuhan University of Technology (traffic science and Engineering Edition), 2006, 30 (2): 293 ~ 296. (included in EI) Li Fen, Shen Chengwu, Yang Jixin. Numerical simulation of meso damage of asphalt concrete materials. Traffic science and technology, February 2006, 1:56 ~ 58. Li Fen, Shen Chengwu, Wu Shaopeng. Based on C Research on fractal characteristics of asphalt mixture based on CT image. Journal of Huazhong University of science and Technology (Urban Science Edition), 2006, 23 (2): 35 ~ 37. Li Fen, Li Zhida, Gong Jun'an. Research on damage evolution of asphalt concrete based on fractal dimension estimation of CT image. Journal of natural science of Xiangtan University, 2006, 28 (2): 52 ~ 55. Wu Yucai, Zhang guobing, Li Fen, Zhang guobing, Li Fen, Xiong Wenlin. Meso damage evolution of asphalt concrete materials, . highway, 2006, 10:152 ~ 154. Li Fen. Research on water damage process of asphalt concrete based on image processing technology. Traffic and computer, 2007, 25 (3): 118 ~ 120. Li Zhida, Chen Zhijun, Li Fen. Fatigue damage model of water damage of asphalt concrete pavement. Journal of Wuhan University of Technology (traffic science and Engineering Edition), 2009, 33 (1): 5 ~ 8. Fenli, HuTang.Simulationanda nalysisforlaterallyloadedpileinclay，AppliedM echanicsandMaterials.Sep , 2011, Vol (90): 580-583, Li Fen, Tang Hu. Cost prediction of highway bridge in mountainous area based on neural network. Journal of civil engineering and management, 2011, 28 (4): 78-81 fenli, Jiehan, ChengLin.EffectofScourontheBehaviorofLaterallyLoadedSinglePilesinMarineClay .MarineGeoresources&Geotechnology，2013， Volume:31Issue :3 Pages:271-289 (included in SCI) Fenli, danhu, RenjunYan.Researchonthelateralloadcapacityofoffshoreplatformpilesunderscourconditions .2ndInternationalConferenceonTransportationInformationandSafety，2013， Pages:2228-2234 (EI) Hu Dan, Li Fen, Zhang Kai Yin. Experimental study and numerical simulation on horizontal bearing capacity of single pile under scouring action, Journal of water conservancy, 2015, 46 (1): 263-266 (EI), Hu Dan, Li Fen, Zhang Zhangyin. Experimental study on static and dynamic characteristics of horizontal bearing single pile under scouring, Journal of Wuhan University of Technology (traffic science and Engineering Edition), 2016, 39 (6): 1255-1258, Li Fen, Wu Fubao, Wu Jiangtao. Calculation and experimental study on scouring amount of sandy soil slope, Journal of Wuhan University of Technology (traffic science and Engineering Edition) Engineering Edition), 2016, 40 (2): 289-292 li Fen, Guo Rui, Huang Weiyuan. Long term operation stability assessment of tailings dam in acidic environment, safety and environmental engineering, 2016, 23 (3): 158-162
research project
In 2016, he presided over "Research on slope disaster prevention technology of Expressway in Western Hubei mountain area"; in 2014, he presided over "Research on deformation monitoring of foundation pit of luojiagang pumping station crossing Wujiu railway box culvert project"; in 2014, he participated in "Research on settlement and stability monitoring of soft foundation construction of the first bid section of Xiantao section of Wuhan City Circle Expressway"; in 2013, he presided over "construction of LUMO Road overpass crossing Wuguang high speed railway ramp" In 2013, he presided over the calculation and analysis of structural strength and floating stability of steel cofferdam of wangdongjiang Yangtze River Bridge; in 2013, he presided over the load test of Daye qilijie106 national highway overpass over Daye auxiliary line; in 2013, he participated in the structural analysis of steel box girder of Nanning Wuxiang bridge; in 2012, he participated in the foundation pit of Nanjing Weisan road crossing river channel project In 2012, he presided over the analysis of water damage mechanism and slope treatment design of sandy soil subgrade of Congo Bu No.1 highway; in 2010, he presided over the investigation and evaluation of some critically ill bridges in Jingmen City, Hubei Province; in 2008, he presided over the research on the cost management system of Mountainous Expressway; in 2007, he participated in the construction of bridge tunnel connection of mountainous expressway, a key scientific and technological project of Hubei Provincial Department of transportation In 2006, he presided over the research on the pull-out force detection technology of prestressed anchor cable at K91 high-risk slope of Guangdong Jiangxi expressway; in 2005, he participated in the calculation and Experimental Research on internal force of asphalt pavement and bridge deck structure; in 2004, he participated in the construction monitoring and control of Dongtiaoxi super large bridge, the construction monitoring and control technology research of Inner Mongolia haishengbulang Yellow River Bridge, Liuwudian Design of steel approach bridge and pedestrian bridge, calculation and analysis of cargo ship structure, technical consultation of traffic engineering inspection, visual simulation system of Xinjiang Guozigou highway engineering landscape, etc.; 2001-2003, participated in the key scientific and technological project of Hubei Provincial Department of transportation, research on Subgrade and pavement drainage system of Beijing Zhuhai Expressway in Hubei Province; 2001-2002, participated in the National Natural Science Foundation of China Project "Research on fluid impact response, control and test method of light structure based on high speed ship".
Awards
From 2001 to 2003, he participated in the key technology project "Research on Subgrade and pavement drainage system of Beijing Zhuhai Expressway in Hubei Province" of Hubei Provincial Department of communications, which won the third prize of Hubei Provincial Science and technology progress in 2003; he won the third prize of the University in 2005 in young teachers' lecture competition; he won the excellent teaching award of Wuhan University of technology in 2005; he won the excellent bachelor's degree thesis of Hubei Province in 2006 In 2007, he was awarded the advanced individual of teacher's ethics of Wuhan University of technology in 2006-2007; in 2008, he won the second prize of excellent bachelor's degree thesis of Hubei Province; in 2013, he was awarded the Excellent Communist Party member of Wuhan University of technology in 2011-2013; in 2013, he was awarded the excellent bachelor's degree thesis of Hubei Province; in 2014, he participated in the national water conservancy professional Youth League In 2014, he won the second prize in the teacher lecture competition; in 2014, he was awarded the excellent bachelor's degree thesis in Hubei Province; in 2016, he was awarded the excellent bachelor's degree thesis in Hubei Province. Baidu Encyclopedia content is shared by netizens. If you find that your data content is inaccurate or incomplete, you are welcome to use my data service (free) to participate in the correction. Go to > > now
Chinese PinYin : Li Fen
Li Fen
