Dr Yongmin Kim
- Assistant Professor: Civil Engineering (Singapore: Engineering)
telephone:
6592 3397
email:
Yongmin.Kim@glasgow.ac.uk
10 Dover Drive, SIT@Dover, University Resource Centre, 138683
Biography
Dr Kim Yongmin
Dr Kim is an Assistant Professor at the School of Engineering (Civil Engineering), University of Glasgow, Singapore.
He obtained his PhD in Civil and Environmental Engineering from Yonsei University, Seoul, Korea in 2015.
His research lab, Digital Geotechnical Engineering Lab (DGEL), focuses on Urban Disaster, Sustainable Urban Development and Solutions using smart technologies, such as deep learning, high-performance computing, and multidisciplinary coupled analysis.
Dr Kim has gained valuable knowledge and experience in academia through various research projects, not only in geotechnical engineering but also in multidisciplinary areas. Having performed the roles and responsibilities of both a researcher and teacher has provided Dr. Kim with extensive expertise.
Dr Kim has established a broad network of contacts in the international academic and construction industry with extensive & reliable interpersonal relationships. With his extensive research and teaching background, he is confident in his abilities as a proficient geotechnical engineering expert.
Research interests
Digital Geotechnical Engineering Laboratory (DGEL):
Urban Disaster; Sustainable Urban Development and Solutions
1. Unsaturated soil mechanics
- Role of unsaturated soil mechanics & its application to geotechnical structures
- Laboratory tests for unsaturated soil (SWCC, Permeability, infiltration)
- Coupled hydro-mechanical behavior with unsaturated constitutive models
2. Solutions for rainfall-induced slope failures in urban areas.
- Slope susceptibility map using 3D spatial data
- Large deformation analysis for debris flows considering soil erosion
- Case study & Field survey (Mt. Umyeon Landslides, Seoul, 2011) using wireless Sensor Network (WSN)
- Adaptation measures, e.g., GeoBarrier System (GBS), soil nailing, horizontal drain, bio-cementation.
- Deep Learning models to forecast landslides and implement early warning systems timely.
3. Superstructure-Soil-Substructure Interaction.
- Deep foundations (e.g., offshore pile, piled raft) under static/cyclic loads
- Shallow foundations situated on unsaturated soil
- Structural health monitoring (SHM)
4. Underground structures
- Earth retaining wall & case study of deep excavation failure
- Design of concrete lining in shield TBM
- Arcing effect on a vertical shaft
- Seismic design of vertical shaft in multi-layered soils
5. Tree Stability in Singapore
- Stability analysis of mature trees in Singapore under climate change
- Field load tests (pulling & pulling out tests)
- Laboratory test for Greenwood
- Development of sensors to monitor tree stability
- Integrated monitoring and management system for trees
- Bio-retention system in urban areas
Grants
Principal Investigator (PI), Development of optimum energy harvester from roadways in Singapore. Funded by Enterprise Singapore (ESG) (2024.1 – 2028.1).
Supervision
Future Projects/Proposals
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Energy Harvesting for Sustainable Urban Development.
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Structural Health Monitoring for Digital Twine
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Bringing AI Technologies into the Geotechnical Engineering Field
Past Projects
Project Manager (NTU Singapore), The development of slope management and susceptibility geographical information system. Funded by Building and Construction Authority Singapore (BCA). (2017.5 – 2020.12)
- Estimation of effective cohesion over SG using AI technology (a deep learning model).
- Regional-scaled analysis to develop the slope susceptibility map for SG
- Field monitoring at 12 slopes in SG
Researcher (NTU), Study on impacts due to climate change on biodiversity and greenery – tree failure. Research collaboration between NTU and the National Parks Board Singapore (NParks). Funded by The National Environmental Agency Singapore (NEA). (2016.10 – 2018.10)
- Tree-pulling tests to estimate the overall stiffness of the tree-root-soil system
- 3D numerical simulation to investigate tree stability
- Development of an Eye-On-Tree (EOT) sensor to monitor tree movement
Researcher (NTU), Geobarrier system for use in underground structure. Research collaboration between NTU and the Housing and Development Board Singapore (HDB). Funded by the Ministry of National Development Singapore (MND). (2015.10 – 2017.02)
- Construction of three GBS walls in the Orchard area
- Field monitoring to assess the performance of GBS
- Numerical simulation to confirm the performance and to design for BCA submission
Project Manager (Yonsei), Development of Seoul-type landslides early warning system. Funded by Seoul Metropolitan Government. (2015.12 – 2016.12)
- Application of wireless sensor network (WSN) to monitor mountainous areas
- Development of a GIS-based slope stability model
Project Manager (Yonsei), Green Infrastructure Technology for Climate Change. Risk analysis and disaster adaptation technologies for unsaturated weathered soil slopes under climate changes. Funded by National Research Foundation, Korea. (2011.9 – 2015.8)
- Laboratory testing for unsaturated soil
- Development of a large deformation modelling technique for debris flow
- Development of a hydro-mechanical coupled finite element model
Project Manager (Yonsei), Study on stability analysis of urban-type debris flow dam. Funded by Forest Professional Engineer Institute of Kanglim. (2014.11- 2015.03)
- Large deformation finite element model for the post-failure behavior of landslides
- Development of optimum countermeasure structure design
Development of design guidelines for surrounding soils due to shield TBM excavation. Funded by Korea Electric Power Research Institute. (2014.01- 2015.02)
- 3D dynamic analysis to model shield TBM excavation to assess influence zones
- Analysis of measured data from tunnel structures
Studies on the cause of the 2011 Umyeonsan (Mt.) landslides. Funded by Seoul Metropolitan Government. (2012.06-2012.12)
- In-situ monitoring of the scrap zones
- Back analysis of landslides to figure out the cause of the disaster
Case study and design criteria of offshore wind turbine foundation. Funded by Daelim Co., Ltd. (2010.03-2011.02)
- 3D numerical simulation of monopile's lateral behavior under cyclic loading
- A comprehensive literature review of the state-of-art
Evaluation of liquefaction and bearing capacity of caisson breakwaters at DJEN-DJEN area in Algeria. Funded by Sungshin E&C Co., Ltd. (2009.06-2011.2)
- Evaluation of liquefaction
- Proposal for improvement of lowland
Development of seismic design criteria for vertical shaft. Funded by Korea Electric Power Research Institute. (2008.07-2010.07)
- Development of design guidelines for vertical shafts under earthquake
- 3D detailed numerical simulation using ABAQUS
Development of seismic design method for a drilled shaft. Funded by Posco E&C Co., Ltd. (2007.9-2008.10)
- Model tests to investigate the end-bearing capacity of drilled shafts.
- 3D numerical simulation of rock-socked drilled shafts.
Teaching
Current modules
1. CVE1114 Civil Engineering Skills (Python Programming, Engineering Surveying)
2. CVE2332 Engineering Geology and Soil Mechanics
3. CVE3231 Foundation Engineering (Deep Foundation)
4. CVE3171 Integrated Work Study Programme (IWSP) (co-lead)
5. CVE3371 Capstone ProjectYear 3
Previous modules
1. CVE1222 Civil Engineering Materials
2. CVE3361 Civil Engineering Practices (Construction Law)