Professor, doctor, doctoral supervisor, winner of Hubei Outstanding Youth Fund. Born in August 1979. He is currently a professor at the School of Civil Engineering, Huazhong University of Science and Technology, and head of the Department of Architectural Engineering. Mainly engaged in structural health monitoring, structural behavior and failure mechanism of asphalt pavement, and engineering numerical simulation research. Published more than 50 academic papers, including more than 10 papers retrieved by SCI. He presided over the general project of the National Natural Science Foundation 1 and the major scientific and technological innovation project of Hubei Province 1.
Chinese name: Hui Luo.
Luo Hui Mbth
Nationality: China.
Ethnic group: Han nationality
Place of birth: Wuhan, Hubei Province
Date of birth 1979-08-04
Occupation: University teacher
Graduate school: Huazhong University of Science and Technology
Main achievements: 1 first prize of scientific and technological progress in Hubei province, 20 14.
Second prize of scientific and technological progress in Henan province 1, 20 10.
The third prize of scientific and technological progress in Henan Province 1, 20 1 1 year.
The third prize of scientific and technological progress in Henan Province 1, 20 12.
First prize of Natural Science Award of China Society of Rock Mechanics and Engineering: 1, 20 14.
Representative works: more than 0 SCI papers 10.
Character experience
Hui Luo
1998.09-2002.07 Bachelor degree in civil engineering from Huazhong University of Science and Technology;
From September 2002 to June 2007, Huazhong University of Science and Technology received a doctorate in structural engineering;
From July 2007 to June 2009, the postdoctoral mobile station of mechanics in Huazhong University of Science and Technology;
July 2009-Road and Bridge Engineering Department, School of Civil Engineering and Mechanics, Huazhong University of Science and Technology
research field
Structural damage identification;
Structural safety detection and evaluation;
Structural health monitoring;
Study on performance and failure mechanism of pavement structure;
Engineering numerical simulation technology (finite element method, meshless method, discrete element method, etc.). );
Cracking mechanism and preventive measures of asphalt pavement;
The formation mechanism and prevention measures of rutting on asphalt pavement, etc.
Academic part-time job
1. Member of China Rock Mechanics and Engineering Society;
2. Member of Hubei Youth Rock Mechanics Committee;
3. Director of Wuhan Highway Society;
4. Reviewer of academic journals such as Journal of Building Materials.
5. National Natural Science Foundation Letter Examiner
Winning record
1.20 10 second prize of Henan scientific and technological progress: rutting failure mechanism and preventive measures of asphalt pavement;
2.20 1 1 Third Prize of Henan Science and Technology Progress: Research on Key Technologies and Engineering Application of Bridge Structure Safety Assessment.
3.2065438+2002 Third Prize of Henan Science and Technology Progress: Research on Anti-crack Continuous Construction Technology of Asphalt Pavement
4.20 14 First Prize of Natural Science of China Society of Rock Mechanics and Engineering: Study on numerical analysis method and mechanism of hard rock fracture process in large-scale complex underground engineering.
5.20 14 first prize of natural science in Hubei province: key technology and engineering application of safety monitoring and evaluation of civil engineering structures.
6.2007 Excellent Doctoral Dissertation Award of Huazhong University of Science and Technology: Viscoelastic Response Analysis and Surface Cracking Mechanism of Asphalt Pavement.
project
In recent years, presided over:
1. General Project of National Natural Science Foundation: Research on Damage Location Method of Extra-long Linear Shield Tunnel Based on Distributed Identification Strategy, 5 1578 26 1 2016.1-20/9./kloc.
2. Hubei Science and Technology Support Project: Development and application demonstration of asphalt pavement rutting prediction technology based on full-thickness rutting test, 2015baa12, 2015.1-2017./kloc.
3. National Natural Science Foundation Youth Project: Top-down Crack Growth Mechanism and Life Prediction of Long-life Asphalt Pavement, 50908093,2010.1-20/2.12.
4. Open Fund Project of State Key Laboratory of Silicate Building Materials: Study on Road Performance of Low-temperature Calcined Phosphogypsum Modified Phosphogypsum Fertilizer, 201da105356, 2015.6-2016.438+02.
Natural Science Foundation Project of Hubei Province 1: Research on Intelligent Monitoring System of Urban Rail Transit Structure Performance Based on the Combination of Overall Identification and Local Identification, 2014fb10/2014.1-20688+05.
6. Subject 6 of National Science and Technology Support Program (973): Study on the Theory and Method of Digitization of Underground Structures in the Whole Life Cycle, 20113806, Head of Cooperative Unit, 201.8-20/kloc-
7. The National Key Basic Research and Development Plan (973 Plan) Project Health Diagnosis and Service Performance Prediction Theory of Underground Structures under Dynamic Space-time Environmental Effects 20113804, 201.08-2016.
8. Independent Innovation Funded by the Central Government (Frontier Exploration Fund Project): Research on Intelligent Monitoring System of Urban Rail Transit Structure Performance Based on the Combination of Whole and Local Identification, 20 14TS 135, 2014.1-2015./
9. Independent Innovation Funded Project of the Central Government (Youth Project): Study on rutting formation mechanism of asphalt pavement based on full-thickness rutting test, 20 10QN0 10, 201-2012.
10. Independent Innovation Funded Project of the Central Government (Youth Project): Compaction Technology and Bonding Mechanism for Continuous Construction of Asphalt Pavement Base and Surface, 20 12QN020, 2012.1-20/3./kloc-0.
1 1. Project of Guizhou Provincial Communications Department: Study on Crack Resistance Durability of Precast Prestressed Concrete Split Box Girder, 20 14- 122-023, 2014.1-20/kloc-0.
12. Guangdong Provincial Communications Department Project: Research on Continuous Construction Technology of Asphalt Pavement Crack Resistance, 20 1 1-023, 2012.1-2014.1.
13. Jiangsu Provincial Department of Transportation Project: Evaluation Method of Asphalt Pavement Anti-rutting Performance and Comprehensive Research on Asphalt Pavement Anti-rutting of Jiangsu Provincial Trunk Highway, 20 13Y 13, sub-project of "Research on Asphalt Pavement Rutting Prediction Based on Long-term Full-thickness Pull-out Test". 36860.68868686666
14. Yichang Bridge Investment and Construction Co., Ltd.: Study on construction technology and evaluation standard of ring grouting for prestressed duct, 20 14.8-20 16.6.
15. Pingdingshan Highway Administration Project: Research on coarse aggregate evaluation system based on asphalt pavement diseases, 20 14.5-20 16.8.
16. Science and Technology Project of Hubei Provincial Department of Transportation: Study on the Application of Phosphogypsum Waste in Highway Engineering, 2014-721-4, 2015.1-20/kloc.
... and many other cross-cutting scientific research topics.
Published papers
More than 50 academic papers have been published by the first author and correspondent in important academic journals at home and abroad, including more than SCI 10.
Li Penghui, (*), Weng Shun, Structural Damage Identification Based on Genetic Neural Network, Intelligent Structural System, 20 15, 15 (1): 227-244. Sci, correspondent.
De Mai, Hong Pingzhu, (*), Jing Wenyang, an effective mechatronics technology for steel structure health monitoring, Building Materials, 2014,73 (73): 97-104.sci, correspondent.
Lan Ding, Hong Pingzhu, Luo Hui (*), Yin Tao, Journal of Vibration and Control, correspondent.
Luo, Zhu HP, Zim, et al. Study on application of semi-rigid base. JOURNALOFTESTINGANDEVALUATION，20 13，4 1( 1): 17 1- 177.0，SCI
Witty words, HeTG, LuoH, etal. dualhybridboundarynodemodeforsolvingtransientdynamicfractionproblems。 Science (CMES), 2012,85 (6): 481-498.0, SCI, correspondent.
Luohu, Jianmin, Bamboo, etc. Full-scale experimental study on stay cables. JournalofTestingandEvaluation，20 1 1，39( 1): 100- 104.0，SCI
Luo, Zhu, Miao, and so on. Simulation of crack propagation on asphalt pavement. Journal of Zhejiang University Natural Science Edition, 20 10, 1 1(3):223-230.2, SCI
, Zhu Hongping, Miao Yu, Yao. Simulation of crack propagation under asphalt pavement, Journal of Zhejiang University, 20 10, 1 1(3):223-230, SCI
Luo Hui, Zhu Hongping. Numerical analysis under wheel load. Journal of China Agricultural University, 2006, 17(4):349-354, SCI.
Xu Wensheng, Zhu Ping, Rao Huarong. Full-scale experimental study on Pejack stay cables. International Conference on Information Engineering and Computer Science (ICIECS 2009), 2009, EI, correspondent.
Xu Wensheng, Tianwei, Luo Hui. Proceedings of the International Conference of Transport Professionals in China, International Chamber of Commerce TP 2009: Planning, Development and Management of Key Transport Systems, V358, P 2114-212, 2009, EI, correspondent.
Wang Shengnan, Luo Hui (*), Zhong Ping, Binghammodelofmrdam and simulinkanalysis, 13 Papers on National Logistics Engineering, 20 14. 10.24-27, Hefei, ISTP, correspondent.
Luo Hui, Wang Shengnan (*), Zhu Hongping, Back Propagation Neural Network Model, Tunnel Structure Reflection, International Conference on Computing and Experimental Engineering. Science, 2014.6.17-19, Changwon, Korea.
Luo Hui, Qi Jianmin, Zhu Hongping. Applied Research For semi-rigid base, an anti-seismic meeting was held on 14. 1February 5-8, Hong Kong, 20 1 1, PP1419-1427, 20 1 1
Zhu Hongping, Yao. This study is based on the upper-lower crack propagation and finite element method. Xu Bin, Xiaoyan and so on. :proceedingsoftenthintinternational symposium onstructuralenengineeringforyoungexperts。 Science Press, 2008, ISTP
Luo Hui, Zhu Hongping, Haoxinzhou. Fracture analysis of semi-rigid base asphalt pavement under temperature and load. 2006 ISTP Fuzhou International Construction Engineering Young Experts Essays
Luo Hui, Chi Ziming, Zhu Hongping, Study on Semi-rigid Base by Applying the Principle of Vibration Mechanics, 14. 1February 5-8, Hong Kong, 20 1 1,1419-1427,201./.
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