Li Junjie, male, was born in Xiangfan, Hubei Province in February 1980. He graduated from Wuhan University of Technology. He loves music, calligraphy, and is good at official script. He pursues a realm that is thick and simple yet flexible. His works were selected for three official calligraphy exhibitions; Xinghua Village Fenjiu Bei Calligraphy Exhibition; Xiaolan Cup Book Exhibition; Dunhuang famous contemporary Chinese calligraphers and painters' works were exhibited in Japan. And won awards in the 8th National Exhibition. His works have been exhibited in many monument forests in Japan, Taiwan and the Mainland. Collected by the He Collection Hall. He is currently a member of the Chinese Calligraphers Association, vice president and art consultant of the Western Academy of Calligraphy and Painting, vice chairman of the Xiangyang Calligraphers and Painters Association, member of the Xiangyang CPPCC, and general manager of the Xiangfan Calligraphy and Painting Art Training Center.
Li Junjie's resume
Li Junjie is a professor and doctoral supervisor. Position: Director of the Science and Technology Department and Director of the Water Conservancy and Hydropower Engineering Research Institute of Dalian University of Technology. In March 1992, he received a doctorate in engineering from the Department of Civil Engineering, Department of Civil Engineering, Dalian University of Technology, majoring in hydraulic structural engineering. In December 1993, he was appointed as an associate professor in the School of Civil Engineering and Hydraulic Engineering, Dalian University of Technology. In August 1997, he was appointed as a professor in the School of Civil Engineering and Hydraulic Engineering, Dalian University of Technology. In May 2002, he He was hired as a doctoral tutor at Dalian University of Technology in September.
Research fields: 1. Engineering structure health diagnosis and monitoring system. This research has been carried out in China since 2000, introducing monitoring system design, monitoring instruments, structural numerical analysis and safety warning analysis into water During the safety monitoring of industrial buildings, a safety early warning system was established for the first time on the ash storage dam of the power plant to achieve the goal of online safety monitoring; 2. Earth-rock dam seismic research, focusing on the seismic research of face-faced gravel dams, and conducting face-plate seismic research during the water storage period The dynamic elastic wave pressure distribution of the panel obtained from the on-site dynamic elastic wave test of the Teseishi Dam. This paper proposes a method for applying the static elastic-plastic model of the Teseisi Dam to the calculation of dynamic problems and the calculation of the permanent deformation of the Teseisi Dam. 3. Numerical analysis of high dams, focusing on research on optimal discretization methods for hydraulic structure stress and stability finite element calculations. The adaptive method of finite element calculation is used to determine the range of the gravity dam heel tensile stress zone and the influence of the grid size on the calculation results. It will have good application prospects in engineering optimization and optimizing hydraulic structure types. In recent years, it has undertaken more than 20 projects from the National Natural Science Foundation of China and the Water Conservancy and Electric Power Survey and Design Institute, and published more than 40 papers in journals.