Organization
Structure & Risk Laboratory
Our Structure & Risk Laboratory conducts research on quantitatively assessing the disaster risk and reliability of offshore structures, including support structures for offshore wind turbines.
Disaster factors affecting offshore structures include not only natural disasters such as typhoons and earthquakes but also human-induced disasters such as accidents, collisions, and explosions.
Our research provides critical information for social investment decisions by ensuring structural safety and estimating risk costs.
Our current research focuses include the integrated design of offshore wind turbine support structures and the disaster risk assessment of offshore wind turbine support structures considering uncertainties in offshore environmental loads.
.jpg)
Dong-Hyawn KimProfessor
- Tel : +82-063-469-1862
- E-mail : welcomed@naver.com
- Homepage :
Education
- 2000, KAIST, Ph.D (Civil Eng.)
- 1996, KAIST, M.S. (Civil Eng.)
- 1994, KAIST, B.S. (Mechanical Eng.)
Career Overview
- (Present) Chair, Dept. of Wind Energy, KSNU Graduate School
- (Present) Professor, Ocean Construction Engineering, KSNU
- (Present) Assistant Researcher, Civil Engineering, KIST
- (Past) Senior Researcher, Coastal and Port Engineering Research Center, KIOST
Professional Activities
- (Current) Director, Korean Society of Coastal and Ocean Engineers
- (Current) Advertise Director, Korean Society of Coastal Disaster Prevention
- (Current) Editor, Korean Society of Coastal Disaster Prevention
- (Current) Research Associate, Port and Fishing Harbor Standards Committee, Construction Standards Committee
- (Past) Chief Administrative Office, The Korean Wind Energy Association
- (Past) Research Team Member, Earthquake Damage Investigation Team, Incheon Metropolitan City,
- (Past) Research Associate, Disaster Impact Assessment Review Committee, Jeollabuk-do
- (Past) Standard Committee Member, Seismic Standards Committee, Construction Standards Committee
International Journal Papers (2020~2024)
- Seismic Fragility Analysis of Offshore Wind Turbines Considering Site-Specific Ground Responses, sustainability, 2024
- Sensitivity of Seabed Characteristics on the Seismic Performance of Suction Bucket-Supported Offshore Wind Turbines, Sustainability, 2024
- Seismic Responses of Different Types of Offshore Wind Turbine Support Structures, Ocean Engineering, 2024
- Effect of Transient Tide-Level Change on the Sliding Distance of a Breakwater Caisson under Stroms, Sustainability, 2023
- Fatigue Life Convergence of Offshore Wind Turbine Support Structure According to Wind Measurement Period, Energies, 2023
Granted Patents (2020~2024)
- Pentaport Suction Bucket Support Structure and Installation Method, 2023
- Offshore wind turbine support structure, 2021