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R&D Project

R&D Project

R&D Project ㅣ Research Center

“The Road Traffic Technology Research Institute has excellent research personnel in the fields of road, traffic, structure, and ground, and continues to conduct research on new technologies, new construction methods, and optimization through self-research and industry-university cooperation research. Design and development of technology, and practical use of new technologies and new construction methods. have.”

NO. Business Name
1 Smart Highway Road Infrastructure Core Technology Development (1 Core Task)
2 Smart Highway Project Group's 4 Core Tasks (Smart Highway Structure, Facility Standards, and Test Bed Construction)
3 Concrete pavement PSI evaluation and development of high-elasticity interlayer overlay design procedure
4 Bridge design core technology research – Bridge analysis and design advancement
5 High-performance, multi-functional concrete development and application technology
(high-performance, multi-functional concrete design and field test construction)
6 Wind environment model and wind resistance technology development
(building a long-span bridge wind resistance technology cluster)
7 Development of wind environment model and wind resistance technology
(development of wind resistance usability and vibration suppression technology of cable bridges and flexible structures)
8 Next-generation coastal space securing technology
9 Development of new material utilization technology for next-generation facilities
(development of high-performance steel materials and commercialization of structure utilization technology)
10 Development and commercialization of non-destructive safety diagnosis technology for tension materials including anchorages
11 Development of PSC bridge structure using integrated tension system of PS steel wire and steel bar
12 Development of intelligent fill compaction / transportation system using telematics
13 Standardization of construction materials to improve construction productivity
(development of technology for standardization of construction material quality and performance)
14 Standardization of performance-oriented construction standards
(development of performance-oriented concrete structure design standards)
15 Development of new concept NATM Composite lining method
16 Development and utilization technology of long-span ultra-light steel structure rural facilities for overcoming extreme weather natural disasters
17 Development of advanced technology for disaster prevention design for water layer and debris flow
to prevent heavy rain damage on mountain river roads
(development of debris flow control method)
18 U-Eco City test bed construction project (4 core tasks)
19 Development of three-dimensional complex space structure
Total