Research
Current Research Projects & Topics
- Onsite Testing on Lateral Pressure of Fresh Concrete in PC Double Wall System
Supported by IS Dongseo, 2024. 7-2024. 12.
- Evaluation of Structural Performance of HCS Members
Supported by Jisan Development Company, 2024. 7-2024. 10.
- Experimental Study on Cross-Tie Details of Precast Double Wall System
Supported by Sampyo P&C, 2024. 5-2024. 10.
- Advanced High Quality Control System for Precast Concrete Residential Buildings
Supported by Land & Housing (LH) Company Research Institute, 2024. 4-2024. 10.
- Joint Development Project of Dry Precast Connection System by Using Column and Beam Shoe
Supported by Peikko Korea, Sampyo P&C, Hyundae Engineering, and Yunwoo Structural Engineers, 2024. 3-2024. 12.
- Urgent Safety Evaluation of LH Residential Flat Plate Parking Structures
Supported by Land & Housing (LH) Company , 2023. 9-2023. 12.
- Connection Performance Evaluation of Bearing Wall and Moment Frame System for LH-PC Residential Buildings
Supported by Land & Housing (LH) Company , 2023. 9-2023. 12.
- Analytical and Experimental Investigation of Vertically Fabricated PC Double Walls
Supported by GPC Co. and One PC Engineering, 2023. 6-2023. 12.
- Development of Analysis and Design Methodology of Precast Concrete Seismic-Resistant Systems for Off-Site Construction
Supported by Korea National Research Foundation (KNRF), 2023. 3-2027. 02.
- Development of Academic Collaboration in Sustainable Built-Environment with Digital Technology
Supported by Norwegian Directorate for Higher Education and Skills (HK-dir), Project No. UTFORSK21, 2022. 11-2026. 12.
- Development of Standard Design Process - Intermediate Precast Bearing Wall System
Supported by Samsung Engineering, 2022. 12-2023. 02.
- Seismic Performance Evaluation of Precast Fully-Dry Connection System
Supported by Project Consortium (SSG, POSCO Construction, and IS Dongseo), 2022. 08-2023. 08.
- Structural Testing of Prestressed Hollow-Core Slab Fabricated by Using Extrusion Method
Supported by Bando Core Precast Co., 2022. 07-2022. 12.
- Open Precast Cantilever Balcony System for Off-Site Construction
Supported by POSCO Construction Co., 2022. 07-2023. 06.
- Development and Verification of Seismic Design Method for RC and PC Underground Wall
Supported by GS Construction Co., 2022. 03-2022. 11.
- Development of 2.4 m Wide Precast Beam-Column Connection
Supported by IS Dongseo Co., 2021. 11-2022. 08.
- Seismic Force Resisting System Using Precast Solid Shear Wall
Supported by POSCO Construction Co., 2021. 07-2022. 04.
- Lightweight Deck Slab System with Hollowed Section
Supported by Kosteel Co., 2021. 07-2021. 12.
- Performance Evaluation of Precast Segmental Tunnel System
Supported by IS Dongseo Co., 2021. 07-2021. 11.
- Seismic Performance Evaluation and Design Method for Fast-Built Precast Shear Wall System
Supported by Ministry of Education in Korea, 2021. 05-2022. 01.
- Development of New Precast System Package (K-HCS, IRS & PC Wall)
Supported by IS Dongseo Co., 2021. 02-2021. 12.
- Seismic Performance of Precast Shear Wall System with Various Connection Details
Supported by GS Construction Co, IS Dongseo, and Yunwoo Structural Engineers, 2020. 12-2021. 02.
- Extended Footbridge System with Anti-Vibration Device
Supported by Semtec & KCL (Korea Conformity Laboratories), 2020. 11-2020. 12
- Torsional Design Model of Reinforced Concrete Members
Supported by Ministry of Education in Korea, 2020. 09-2021. 02.
- Seismic Performance of Underground Parking Structures Constructed by Slurry Wall Method
Supported by GS Construction Co. 2020. 12-2021. 02.
- Shear Strength of Large Unbonded Post-Tensioned Concrete Members
Supported by Korea National Research Foundation (KNRF), 2020. 9-2023. 02.
- Seismic Performance Evaluation of Precast Wide Beam-Column Connection
Supported by CAMUS E&C CO., 2020. 11-2021. 04.
- Application of Composite Double Steel Tube Pile for Energy Storage System
Nazarbayev University (Kazakhstan).
- Russian SNiP Code - Shear & Torsion: Its Verification & Modernization
Including Shear Design Method in Post-Soviet countries;
Korea Institute of Civil Engineering and Building Technology (KICT).
- Serviceability Design Model for Prestressed Concrete Members
- Torsional Strength Model for Reinforced & Prestressed Concrete
Nazarbayev University (Kazakhstan).
- Exploring New Design Method Utilizing Machine-Learning Technique
- Dual Potential Capacity Model (DPCM)
Chungbuk National University (Start-up funding program), 2020. 03-2021. 02.
- 4th Generation Precast System Integrated with BIM
- Fire Resistance Behavior of Concrete Structure
