Jiangxi Provincial Engineering Research Center of the Special Reinforcement and Safety Monitoring Technology of Hydraulic & Civil Engineering in Jiangxi Province is a provincial-level major innovation platform established in December 2014 upon the official approval by Jiangxi Development and Reform Commission. This Center takes Nanchang Institute of Technology as support, serving the safety monitoring and reinforcement of hydraulic and hydropower engineering, architectural engineering, road and bridge engineering, subway and tunnel engineering and other buildings (structures) as target, and provides safety monitoring and reinforcement technology service for major hydraulic and civil engineering in Jiangxi. We now have 47 scientific research staff, including 10 professors, 25 associate professors, 23 doctors, 2 distinguished Yaohu scholars (including 1 Yangtze River School, thousand-person plan), 1 candidate for state-level and 1 candidate for provincial level millions of talents engineering, 1 young and middle aged academic leader in Jiangxi Province, 3 young and middle aged backbone teachers in Jiangxi Province and 1 person obtaining special allowance of the State Council. The Platform owns a laboratory area of 3000m2, 1800 pieces of scientific research and teaching apparatus and equipment, including over 100 sets of large apparatus and equipment valuing over 100 thousand yuan, total value of the equipment is 25 million yuan and the technology equipment is advanced. In recent years, we have obtained 74 scientific research projects, including 8 national natural science foundation projects, over 40 provincial and ministerial level projects, with total scientific research funds of over 20 million yuan; we have published 163 academic papers, including 79 SCI/EI retrieval papers, published 6 treatises, obtained 10 authorized patents for inventions, and have successively obtained 1 second prize of science and technology achievement of higher institutions in Jiangxi, 1 third prize of science and technology progress in Jiangxi, 1 second prize of excellent engineering investigation of Ministry of Nuclear Industry and 1 third prize of science and technology of China Highway & Transportation Society.
Our Center plans to solve the following major engineering technology problems:
(1) Geotechnical underground monitoring and reinforcement technology
Side slope and dam optical smart health monitoring technology in hydraulic and civil engineering; deep and large-span diversion tunnel disaster monitoring technology of large hydraulic and civil engineering; new technology for geotechnical engineering reinforcement construction.
(2) Urban water safety risk analysis and guarantee technology
Safety risk analysis and guarantee technology of secondary water supply; information system establishment, detection and repair technology of urban underground water supply and drainage pipeline engineering; water quality testing and quality control.
(3) Safety monitoring and control technology of structural engineering
Disaster prevention and reduction technology for large-span space steel structure; disaster prevention and reduction technology for multilayer and high-rise steel structure; safety reinforcement, monitoring, control and pre-warning system R&D of hydraulic metal structure.
(4) Road and bridge engineering testing and reinforcement technology
Bridge engineering testing and maintenance reinforcement technology; road pavement structure detection and evaluation technology; recycling utilization technology of road pavement materials.
This center starts from serving national and regional industrial demand, cultivates and improves self-independent innovation ability, establishes the “bridge” between industry and scientific research, researches and develops key generic technology, accelerates the transformation of research achievements, facilitates industrial technology progress and sincerely provides high-quality technology service for enterprises and public institutions in and out of the province.
Major Apparatus and Equipment
Name of Laboratory | Name of Apparatus and Equipment | Model | Value (ten thousand yuan) |
Geotechnical Engineering and Disaster Control Laboratory | Advanced Forecaster of Tunnel Geology | TGP206A | 85.8 |
Geotechnical Engineering and Disaster Control Laboratory | Land Exploration Scenograph | RAMAC/GPR | 76.0 |
Geotechnical Engineering and Disaster Control Laboratory | Engineering Exploration and Engineering Detection Apparatus | SWS-3C | 21.6 |
Geotechnical Engineering and Disaster Control Laboratory | Optical Fiber Grating Sensor Demodulation Device | SI425-500 | 36.1 |
Geotechnical Engineering and Disaster Control Laboratory | Mineral-use Intrinsic Safety Type Drilling Ground Water Meter | YZT6 | 37.4 |
Geotechnical Engineering and Disaster Control Laboratory | Mineral-use Intrinsic Safety Type Instrument for Nondestructive Testing of Anchor Rod | CMSW6 | 25.3 |
Geotechnical Engineering and Disaster Control Laboratory | FLAC3D Finite Difference Method Analysis Software | V 5.0 | 32.0 |
Geotechnical Engineering and Disaster Control Laboratory | Optical Test System of Material Micro Structure | TS-DIC-4C | 30.5 |
Geotechnical Engineering and Disaster Control Laboratory | Portable Fiber Grating Demodulation Device | BGK-FBG | 19.9 |
Bridge Inspection and Reinforcement Laboratory | Grouting Quality Detector for Prestressed Anchor Cable of Bridge | JL-BPAC(A) | 10.8 |
Bridge Inspection and Reinforcement Laboratory | Synchronous Jack-up System of Bridge Structure | SHL-16P | 75. 0 |
Bridge Inspection and Reinforcement Laboratory | Transient Electromagnetic Instrument | ATEM-IV | 19.8 |
Bridge Inspection and Reinforcement Laboratory | Raman Scattering Based Distributed Optical Fiber Temperature Sensor System | DTS-10 | 11.2 |
Road Structure and Materials Performance Laboratory | Dynamic Experiment System of Multifunctional Pavement Materials | 78-B7015 | 45.0 |
Road Structure and Materials Performance Laboratory | Hamburger Wheel Tracking Test | B038A | 38.5 |
Road Structure and Materials Performance Laboratory | MIST Water Damage Sensitivity Tester | MIST | 22.5 |
Large-span Space Structure Laboratory | 40-channel 24-digit Intelligent Signal Acquisition and Analysis System | INV Series | 50.0 |
Large-span Space Structure Laboratory | Dynamic Load Tester | 10t | 39.0 |
Large-span Space Structure Laboratory | Combined Experimental Device of Structural Mechanics | YJ-IID Type | 27.9 |
Advanced Concrete Materials and Structure Laboratory | Concrete Hydraulic Universal Testing Machine | WED-500 | 60.0 |
Advanced Concrete Materials and Structure Laboratory | dSPACE Real-time Simulation System | dSPACE2016-A Version | 25.4 |
Scientific and Technological Achievements
Scientific Research Projects
No. | Project Name | Project Source | Period | Person in charge | Fund (ten thousand yuan) |
1 | Study on Multilayer Structure Dynamic Response Caused by Moving Loan and Passive Vibration Isolation Mechanism of Piles in row | National Natural Science Foundation | 2010-1-2012-12 | Xu Bin | 25.0 |
2 | Study on Periodic Viaduct and Tunnel Structure Vibration Feature on Saturated Foundation based on the Theory of Phononic Crystal | National Natural Science Foundation | 2013.01-2016.12 | Xu Bin | 50.0 |
3 | Study on Comprehensive Traffic Junction Inducing Environmental Vibration Stimulation, Communication and Formation Mechanism | National Natural Science Foundation | 2015.01-2018.12 | Xu Bin | 85.0 |
4 | Study on Subway Vibration Mechanism in Non-homogenous Saturated Foundation based on Frequency Domain-Wave Number Domain and Periodic Scaled Boundary Finite Element-Boundary Element Method Coupling | National Natural Science Foundation | 2016.01-2019.12 | Xu Bin | 39.0 |
5 | Study on Defect Considering Large-span Cable-strut-membrane Spatial Structure Construction Tracking and Control | National Natural Science Foundation | 2012-1-2014-12 | Liu Kai | 25.0 |
6 | Dynamic Characteristics of Fluid-filled Pipe in Saturated Soil under Earthquake Action and Impact Analysis of Engineering Parameters | National Natural Science Foundation | 22015.01-2017.12 | Liu Youping | 25.0 |
7 | Study on Buckling Mechanism of Plastic Buckling of Flexural Member Distortion of Cold-formed Thin-walled Steel Open Section and Design Methods | National Natural Science Foundation | 22014.01-2016.12 | Yao Xingyou | 25.0 |
8 | Study on “Open-type” Viaduct on Saturated Soft Soil Foundation and Phononic Crystal Model of Vibration Energy Band of Subway Tunnel Periodic Structure | Jiangxi Natural Science Foundation Key Project | 2014-1-2016-12 | Xu Bin | 50.0 |
9 | Side Slope Reinforced Support Engineering Design and Construction Technology of Ganfu Construction Engineering | Jiangxi Ganfu Construction Engineering Co., Ltd. | 2012.10-2013.12 | Zeng Kaihua | 30.2 |
10 | Construction Drawing Design of Affiliated Project of Weida Xintiandi | Jiangxi Shengji Engineering Design Co., Ltd. | 2013.9-2013.12 | Zeng Kaihua | 30.4 |
11 | Study on Planning and Construction of Typical Village Settlement in the region around Poyang Lake | Science and Technology Research Project of Jiangxi Provincial Education Department | 2010-2011 | Fu Mingfu | 4.0 |
12 | Multi-scale Numerical Simulation Research on Damage Behavior of Asphalt Mixture | Jiangxi Natural Science Foundation Key Project | 2012-2015 | Liu Fuming | 6.0 |
13 | Study on Digital Control of Asphalt Pavement Construction Quality based on CT Technology | Jiangxi Provincial Department of Transportation | 2012-2014 | Liu Fuming | 67 |
14 | Study on Engineering Design of Across-canal Arch-imitation Prestressed Bridge | Pingxiang Institute of Highway Reconnaissance | 2012.1-2013.12 | Liu Fuming | 14.1 |
15 | Performance Test Analysis Research and Application of Cement Concrete Materials for Bridges of Guangdong Bo-Shen Expressway | Guangdong Guanyue Road and Bridge Co., Ltd. | 2011.1-2013.12 | Liu Fuming | 18.0 |
16 | Study on Layers Combination Technology of Asphalt Pavement of Ecological Expressways in Hot and Humid Mountain Area | Jiangxi Provincial Department of Transportation | 2010.1-2011.12 | Liu Fuming | 20.0 |
17 | Study on Anti Water Damage Technology of Asphalt Pavement of Ecological Expressways in Hot and Humid Mountain Area | Jiangxi Provincial Department of Transportation | 2010.1-2012.12 | Liu Fuming | 17.0 |
18 | Study on Stress Characteristics and Construction Optimization of Composite Lining in Hot Spring Tunnel Fault Zone in Du-Jiu Expressway | Key Science and Technology Project of Jiangxi Provincial Department of Transportation | 2013-2014 | Zhang Hong | 30.0 |
19 | Study on Key Technology for Comprehensive Disposal of Expansive Soil Cutting Slope of Wan-Yi Expressway | Key Science and Technology Project of Jiangxi Provincial Department of Transportation | 2013-2014 | Zhang Hong | 30.0 |
20 | Comparison Test Study between Dry Jet Mixing Pile and CFG Pile Soft Foundation Consolidation in De-Chang Expressway | Key Science and Technology Project of Jiangxi Provincial Department of Transportation | 2009-2010 | Zhang Hong | 71.0 |
21 | Study on Preliminary Scheme for East Water-block Body-Study on Comprehensive Geotechnical Engineering Geology in Chikou Tailings Pond of Wushan Copper Mine (Special Topic 3) | Guangzhou Academy of Nuclear Engineering Investigation | 2011.6-2013.12 | Ju Haiyan | 15.0 |
22 | Study on Construction Technology of Wall Building by Water Jetting—Emergency Anti-seepage Treatment Engineering of Key Embankment in Wuhe and Poyang Lake Area in Jiangxi (Special Topic 2) | Jiangxi Hydraulic Engineering Supervision Company | 2010.6-2012.12 | Xia Zhifan | 14.0 |
23 | Study on Construction Technology of Wall Building by Water Jetting—Emergency Anti-seepage Treatment Engineering of Key Embankment in Wuhe and Poyang Lake Area in Jiangxi (Special Topic 3) | Jiangxi Hydraulic Engineering Supervision Company | 2010.6-2012.12 | Wang Xinyi | 21.7 |
24 | Study on Hydrological Geology in Karst Region- Study on Comprehensive Geotechnical Engineering Geology in Chikou Tailings Pond of Wushan Copper Mine (Special Topic 2) | Guangzhou Academy of Nuclear Engineering Investigation | 2011.6-2013.12 | Luo Jixiang | 15.0 |
25 | Study on Earthquake Damage and Disaster Mechanism of Flow Pipeline Structure in Saturated Soil | Jiangxi Natural Science Foundation Key Project | 2015.06-2017.12 | Liu Youping | 5.0 |
26 | Study on Key Technology of New-type Cold-bending Steel Support Structure for Green Town Buildings with Layered Fabricated Steel Structure | Jiangxi Natural Science Foundation Key Project | 2015.1-2017.12 | Yao Xingyou | 5.0 |
27 | Study on Post-evaluation Theory and Method of Medium and Small Farmland Hydraulic Construction Projects (20122BBF60073) | Science and Technology Support Plan of Provincial Department of Science and Technology | 2012.9-2013.12 | Zhao Jiangqian | 5.0 |
Scientific Research Awards:
1. (Hydrological) Geological Survey of Yunchikou Tailings Pond of Jiangxi Wushan Copper Mine, the second prize of excellent engineering survey of Ministry of Nuclear Industry, 2011.
2. Demonstration and Study on Control Technology for Total Pollutant Load in Ganjiang River Basin, the first prize of science and technology progress award of Jiangxi, 2012.
3. Mechanics of Materials, the first prize of the 5th excellent textbook of regular institutions of higher learning in Jiangxi, 2012.
4. Key Technology for Deep Soft Foundation Reinforcement and Intelligent Fiber Monitoring of High-grade Highways, the first prize of science and technology progress of Tangshan City, Hebei, 2012.
5. Key Technology for Deep Soft Foundation Reinforcement and Intelligent Fiber Monitoring of High-grade Highways, the second prize of science and technology achievement of higher institutions in Jiangxi, the third prize of science and technology award of China Highway & Transportation Society, 2013.
6. Study on Moving Load Causing Dynamic Response of Saturated Soil and Pile Vibration Isolation, award nomination of national excellent doctoral dissertation, excellent doctoral dissertation of Shanghai, 2013.
7. Key Technology and Demonstration for the Construction of Asphalt Pavement of Expressways in Hot and Humid Mountain Area, the third prize of science a
