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ResumeZhang Hongguang,male,born in February 1972,master of engineering associate professor,is currently deputy director of the Institute of Geotechnical and Tunnel Engineering at the Highway College of Chang'an University,director of the Geotechnical and Tunnel Engineering Laboratory.In recent years,he has undertaken more than 20 scientific research projects including national science and technology support projects,and won one first prize of National Science and Technology Progress Award,one special prize of China Highway Society,and one special prize of China Rock Mechanics and Engineering Society. 2 second-class scientific and technological progress awards,1 first prize of China Highway Society,1 second prize of China Highway Society,9 technical patents,4 of which are invention patents. Research direction:bridge deep water foundation engineering,loess roadbed construction technology,immersed tunnel construction technology,particle flow simulation technology based on discrete element theory. Social positionResearch1. Bridge foundation engineering 2. Geotechnical engineering 3. Immersed tunnel Open Course1. Undergraduate: Soil Geology and Soil Mechanics, Basic Engineering 2. Master's degree: Soil Plastic Mechanics 3. PhD student: similarity theory and simulation analysis Research project1. Bridge foundation: Experimental study on bearing capacity of bridge foundation of Zhichuan to Yumenkou Zhichuanhe Bridge, Experimental Study on Bearing Capacity of Pile Foundation of Luochuan River Bridge, Special Study on Anchorage Foundation of Suspension Bridge of Edong Yangtze River Highway Bridge, Review of Design of North Anchor Anchor Foundation of Angola Soyo-Kabinda Bridge and Connecting Line Project, Design Review of the Pre-embedded Parts of the Middle Tower Construction of Taizhou Changjiang Highway Bridge, Design Review of the Construction Drawing of the Fruit-fruit Bridge of the Submerged Highway Reconstruction Project in the Xiaowan Hydropower Station, and Design Method and Construction Technology of the Digging Piles under Special Conditions Research on the evaluation of bearing capacity and structural optimization of bridge foundations in frozen sea areas in the north, in which Research on Reasonable Buried Depth of Bridge Piles in Loess Areas (Western Construction Project of the Ministry of Communications) has reached the international advanced level, Dianxi Red Layer in Yunnan Plateau Mountain Area The comprehensive research on the factors affecting the bearing capacity of geological and bridge pile foundation has reached the international leading level and won the second prize of Yunnan Science and Technology Progress. 2. Geotechnical aspects: Study on the Treatment of Miscellaneous Filled Ground Treatment in C13 and C14 Contract Sections of East Third Ring Road in Xi'an, Research on Subgrade Construction Technology of Jiayuguan-Anxi First Class Highway Saline Soil Section, and Study on Stability of Wangfan Expressway Crossing Tailings Reservoir Subgrade Study on the bearing characteristics of group piles under the condition of non-uniform collapsibility of loess; The countermeasures and prevention measures for post-hoc jumping in the loess area has reached the international leading level, and won the second prize of scientific and technological progress in Gansu Province. The Roadbed Construction Technology (Western Construction Project of the Ministry of Communications) has reached the international leading level and won the first prize of the China Highway Society. The Compound Foundation Theory, Key Technologies and Engineering Applications won the special prize of the Chinese Society of Rock Mechanics and Engineering. 3. Tunnel aspects: Study on the monitoring and measurement of the information construction of Wangzhuangbao to Fanyu Expressway in Shanxi Province and the advanced geological prediction, Study on the settlement control and construction safety control technology of the shallow-buried large-section soil tunnel under the Ming Great Wall, and the national science and technology support project External Sea Key technology for design and construction of thick and soft base large-sludge super-long immersed tunnels sub-topic 1 Study on the settlement control technology of the outer sea thick soft base and the super long immersed tunnel and sub-topic 3 Immersed tunnel segment joint Structural type research and high water pressure 120 years design service life stop water belt development, etc. Among them, the key technology for the design and construction of large-scale sluice and super-long immersed tunnels in the thick and soft base of the sea has won the special award of China Highway Society. Thesis1.ZHANG Hong-guang,XIE Yong-li,YANG Xiao-hua. Model experiment of wedge-shaped flexible approach slab abutment.Journal of Chang'an University(Natural Science Edition),2005,25(3):54-57. 2.ZHANG Hong- guang,LIJin,FENG Zhong- ju,XIE Yong- li.Non-linear Numerical Simulation of Pile Bearing Capacity Considering Construction Process.Journal of Highway and Transportation Research and Development,2006,23(5):64-67. 3.ZHANG Hong-guang,XIE Yong-li.Numerical Simulation of Wedge Shaped Flexible Approach Slab Abutment. Journal of Chang'an University(Natural Science Edition),2006,26(3):39-42. 4.FENG Zhong-ju, XIE Yong-li, ZHANG Hong-guang, Qiu Yu-liang. Comprehensive analysis on influencing factors of bearing capacity of large diameter pile foundation for red bed in West Yunnan. Chinese Journal of Geotechnical Engineering,2005,27(5):540-544; 5.FENG Zhong-ju,XIE Yong-li,LI Zhe,ZHANG Hong-guang.Bearing property of large-diameter over-length nonplacement pile.Journal of Traffic and Transportation Engineering,2005,5(1):24-27. 6.Chen Yaqin, Zhang Hongguang, Dang Faning.APPLICATION OF DAUBECHIES CONDITIONAL WAVELET GALERKIN METHOD IN COMPUTATION OF STRUCTURAL FUNDAMENTAL COMPONENTS[J],Industrial Construction,2012,42(9):61-65. 7.CHEN Ya-qin,ZHANG Hong-guang,DANG Fa-ning.APPLICATION OF DAUBECHIES CONDITIONAL WAVELET MIXED FINITE ELEMENT METHOD IN NUMERICAL COMPUTATION OF BEAMS.ENGINEERING MECHANICS,2011,28(8):208-214. 8.Chen Yaqin, Zhang Hongguang, Dang Faning.Study on Daubechies conditional wavelet finite element method.CHINESE JOURNAL OF APPLIED MECHANICS,2012,29(4):353-360. 9.CHEN Yaqin,ZHANG Hongguang,DANG Faning. Research on Connection Coefficient Computation in Daubechies Wavelet Finite Element Method.Journal of Xi’an University of Technology,2011,27(2):171-176. 10.CHEN Yaqin,ZHANG Hongguang,FENG Zhongju,XIE Yongli.REINFORCEMENT TECHNIQUES OF ANCHOR PILES FOR PILE BEARING CAPACITY TEST W ITH LARGE VERTICAL LOADS. Journal of Engineering Geology,2006,14(4):531-536. 11.FENG Zhong-ju,XIE Yong-li,ZHANG Hong-guang,ZHANG Shao-xin,LI Zhe.EXPERIMENTAL STUDY ON EFFECT OF SURFACE WATER ON BEARING CAPACITY OF PILE FOUNDATION IN LOESS AREA.Chinese Journal of Rock Mechanics and Engineering,2005,24(10):1758-1765. 12.Chen Yaqin, Zhang Hongguang, Dang Faning.Study on daubechies conditional wavelet Ritz method based on numerical computation of beam on elastic foundation. CHINESE JOURNAL OF APPLIED MECHANICS,2011,28(4):334-338. 13.CHEN Yaqin,ZHANG Hongguang,DANG Faning. Applying Daubechies wavelet theory to compute beam of high stree gradient. Engineering Journal of Wuhan University,2012,45(1):65-69,90. 14.CHEN Ya-qin,ZHANG Hong-guang,DANG Fa-ning. Study of new type of Daubechies wavelet connection coefficient used in computation of pile foundations.Rock and Soil Mechanics,2011,32(8):2459-2466. 15.LIU Lai-jun, ZHANG Hong-guang.Analysis of Cracking Caused by Thermal Stresses in Prestressed Concrete Box Beams.Journal of Xi′an Highway University,1999.19(4):39-41. Technological Achievements1. "Comprehensive Study on the Influencing Factors of Geology and Bearing Capacity of Bridge Pile Foundation in "Red Bed in Dian Xi "in Yunnan Plateau Mountainous Areas" won the Second Prize of Scientific and Technological Progress in Yunnan Province. 2. " Measures and Prevention of Back-stage Jumping in Loess Region" won the Second Prize of Scientific and Technological Progress in Gansu Province. 3. "The Technology of Subgrade Construction in the Transition Section of Road and Bridge" (the Western Construction Project of the Ministry of Communications) won the First Prize of China Highway Society. 4." Evaluation of Bearing Capacity and Structural Optimization of Bridge Foundation in Frozen Sea Area of North China" won the Second Prize of China Highway Society. 5."The Theory, Key Technologies and Engineering Applications of Composite Foundation" won the Special Award of the Chinese Society of Rock Mechanics and Engineering. 6." Key Technologies for Design and Construction of Large Siltation and Super-long Immersed Tube Tunnel on Thick and Soft Foundation Offshore" won the Special Award of China Highway Society. 7. "Key Technologies and Engineering Applications of Loess Highway Subgrade "won the Special Award of China Highway Society. 8. "The Theory, Key Technologies and Engineering Applications of Composite Foundation "won the First Prize of National Science and Technology Progress.
Honor Reward1. Teaching Excellence Award, Chang'an University, 2002.09 2. Teaching Excellence Award, Chang'an University, October 2005 3. Excellent Teachers, Chang'an University, 2006.09 4. Excellent Instructor of Graduation Design (Thesis), Chang'an University, 2007.07 5. Advanced Individuals in Scientific and Technological Work, Chang'an University, 2008.01 6. Prize for Teaching Achievements, Chang'an University, December 2010 Work experience
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