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    ABOUT US

    Introducing Energy Innovation Research Center (EIRC) for Wind Turbine Support Structures

      Organization

      Marine Structures Research Laboratory

      Marine Structures Research Laboratory (MSRL) has been conducting applied theoretical and experimental research for the efficient and optimized use of advanced materials
      such as aluminum alloys and composite materials across marine structures ranging from yachts, powerboats, high-speed ships, naval ships, and large commercial ship.
      Recently, MSRL is conducting core-technology research to achieve high added value in shipbuilding and marine products using carbon fiber-based composite materials
      and also research on offshore wind power structure systems to realize the carbon neutrality at sea.

      Han Koo JeongProfessor

      • Tel : +82-469-1853
      • E-mail : hkjeong@kunsan.ac.kr
      • Homepage :

      Education

      •  1999, Univ. of Southampton, Ph.D (Ship Science)

      Career Overview

      •  (Present) Professor, Dept. of Naval Architecture and Ocean Engineering, KSNU
      • (Present) Director, KSNU ICT Convergence Ship and Marine Systems Research Institute
      • (Past) Senior Researcher, Korea Research Institute of Ships and Ocean Engineering
      • (Past) Visiting Scholar, Univ. of Southampton
      • (Past) Visiting Scholar, Univ. of Michigan
      • (Past) Senior Research Fellow, Univ. of Southampton

      Professional Activities

      •  (Present) International Ship and Offshore Structures Congress : Offshore Renewable Energy Technical Committee Member
      • (Present) International Journal of Naval Architecture and Marine Engineering, Associate Editor
      • (Present) Fellow of The Royal Institution of Naval Architects (FRINA)
      • (Present) The Society of Naval Architects of Korea, Jeonbuk Branch, Branch Manager
      • (Present) The Korean Society of Ocean Engineers, Executive Director
      • (Present) The Society of Naval Architects of Korea, Editorial Board
      • (Past) International Ship and Offshore Structures Congress : Yacht Design, Design Principles and Criteria, Design Methods Technical Committee Member
      • (Past) The Society of Naval Architects of Korea, Executive Director

      International Journal Papers (2020~2024)

      •  Study on the structural strength assessment of mega offshore wind turbine tower, Energies, 2024
      • Study on the influence of an internal stiffening system on the structural strength of the semi-submersible structures for a floating offshore wind turbine, Energies, 2024
      • Study on the seawater cooled PRHRS of a nuclear propulsion ship with the upper heat exchanger for driving force and the seawater heat exchanger as an ultimate heat sink, International Journal of Naval Architecture and Ocean Engineering, 2024
      • Study on stiffened plated structure’s responses in marine nuclear reactor operation environment, Journal of Ocean Engineering and Technology, 2023

      Granted Patents (2020~2024)

      •  A Tensioned-Reinforcement Device For Offshore Wind Turbine Tower (Registration No. 10-2024-0200002), 2024
      • Tower Structure Of Floating Offshore Wind Power Generation Using Framed Structure Method (Registration No. 10-2023-0191173), 2023
      • Floating Offshore Wind Semi-Submersible Structure With Passive Anti-Shake Function (Registration No. 10-2023-0191171), 2023
      • Floating Offshore Wind Semi-Submersible Platform With Self-Vibration Damping Function (Registration No. 10-2023-0191170), 2023
      • Connection Device Between Floating Offshore Wind Tower Structure And Platform (Registration No. 10-2023-0191169), 2023
      • De-Icing Apparatus For Wind Turbine Blades (Registration No. 1020220185872/3), 2022
      • Stabilization System Of The Position Of Floating Offshore Wind Turbine Using Curved Guide Rails (Registration No. 1020220185871/3), 2022