HSCL Collaboration with Industry

Projects (2012~current)

•  EXPERIMENTAL UNCERTAINTY QUANTIFICATION FOR THERMOSET (TS) AND THERMOPLASTIC (TP) COMPOSITES, Embraer, BRAZIL, https://embraer.com/ , 2023.01.02~2027.07.01

•  Property evaluation and structural analysis of 3D printed model ship, Hanwha Ocean, KOREA, https://www.hanwhaocean.com/ , 2022.12.05~2023.04.30

•  Development of recycling large wind blade using recyclable resin, HUMAN COMPOSITES-KETEP, KOREA, https://www.ketep.re.kr/ , 2022.10.01~2025.06.30

•  Development of materials and process design techniques for dry winding of thermoplastic resins, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2022.08.01~2024.01.31

•  Development of eco-friendly/low-cost 700 Bar class hydrogen pressure vessel using steel wire, POSCO, KOREA, https://www.POSCO.com/ , 2022.06.06~2023.05.05

•  Design-manufacturing and test technology development (52 liter & 175liter) of Liner-included Hydrogen Tank (700 bar), KOLON GLOTECH, KOREA, http://www.kolonglotech.co.kr/ , 2021.10.01~2023.05.31

•  Development and Evaluation of TYPE-IV Hydrogen Tank, The MOT Company, JAPAN, https://www.mot-company.com/ , 2021.08.23~2022.08.22

•  Technology Development to secure the properties of Hydrogen pressure vessels according to the manufacturing method, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2020.06.01~2021.2.28 

•  Development of Composite Radar Mast, DSME, KOREA, https://www.dsme.co.kr/ , 2020.04.07~2021.12.31

•  Arkema Collaboration Center of Excellence for Elium Composites (Wind Turbine and Hydrogen Tank), ARKEMA, FRANCE, https://www.arkema.com/ , 2020.01.01~2022.12.31

•  Development of SOLIDUS Light-weight Composite Base Plate, DSME, KOREA, https://www.dsme.co.kr/ , 2019.6.24~2020.9.30

•  Development of fatigue life prediction technology for lightweight (green) marine structures of composite materials, KSOE, KOREA, http://www.ksoe.co.kr/ , 2019.12.01~2020.11.30

•  The Development and the Transfer of the Design tool HyFlex2® for Thermoplastic Composite Pipe(TCP) and Hybrid Flexible Pipe(HFP), TechnipFMC, FRANCE, https://www.technipfmc.com/ , 2019.09.23 ~2022.12.31

•  Precision fatigue analysis technology for continuous fiber composites to improve CFRP structural durability prediction capability, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2019.02.01~2020.04.30

•  Development of automotive composite material parts, KwangSung, KOREA, http://www.belite.co.kr/ , 2018.12.10~2019.06.07

•  AEROELASTIC TAILORING PROJECT: Global-local multiscale-based design tool development for composites wing, EMBRAER, BRAZIL, https://embraer.com/ , 2018.07.01~2022.06.30

•  Technology Know-How Development of Composites for industrial application, CHOMARAT, FRANCE, https://chomarat.com/ , 2018.04.01 ~2019.03.31

•  Characterization and Application of Elium Composites; PART II, ARKEMA, FRANCE, https://www.arkema.com/ , 2018.01.01~2018.12.31

•  Development of Creep and Fatigue Life prediction methods for TCP, TechnipFMC, FRANCE, https://www.technipfmc.com , 2018.01.01~2018.12.31

•  AEROELASTIC TAILORING PROJECT: Global-local multiscale-based design tool development for composites wing, EMBRAER, BRAZIL, https://embraer.com/ , 2017.07.01~2018.06.30

•  Optimal Design and Process Development for CFRP CAM/CRANK Shaft Wheel, SHINHANDIA, KOREA, http://www.shinhandia.co.kr/ , 2017.06.01~2018.06.30

•  Development of Magnetized Composite OLED Signage, LG Electronics, KOREA, https://www.lg.co.kr/  , 2017.05.29~2018.05.28

•  Development of Design and Analysis for Foldable Display, LG Electronics, KOREA, https://www.lg.co.kr/ , 2017.05.01~2017.12.30

•  Technology Know-How Development of Composites for industrial, CHOMARAT, FRANCE, https://chomarat.com/ , 2017.04.01~2018.03.31

•  Composite lightweight chassis system with NVH response, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2017.04.01~2019.07.31

•  Research and development of Jang Bogo-III (Submarine) B-2 Composite propeller applicability, KOLONDACC, KOREA, http://www.kolondacc.co.kr/ , 2017.04.01~2018.08.15

•  Bend-Twist coupling analysis of WIND TURBINE blades, CIDESI, MEXICO, https://www.cidesi.com/ , 2017.02.01~2017.10.31

•  Characterization and Application of Elium Composites; PART I, ARKEMA, FRANCE, https://www.arkema.com/ , 2017.01.01~2017.12.31

•  Thermoplastic Composite for Design of Ultra Deep Water Flexible Pipe, TechnipFMC, FRANCE, https://www.technipfmc.com/ , 2017.01.01~2017.12.31

•  Development of a light-weight coil helical spring for automotive application, K-CARBON, KOREA, http://www.kcarbon.or.kr/ , 2016.11.01~2019.09.30

•  Development of Multi-scale based Adhesive and Cohesive glue joint failure prediction model for aerospace structures, DSO National Laboratories, SINGAPORE, https://www.dso.org.sg/ , 2016.10.17~2018.04.16

•  AEROELASTIC TAILORING PROJECT: Global-local multiscale-based design tool development for composites wing, EMBRAER, BRAZIL, https://embraer.com/ , 2016.07.01~2017.06.30

•  Thermoplastic composites for design of ultra-deep water flexible pipe, Technip, FRANCE, https://www.technipfmc.com/ , 2016.03.01~2016.12.31

•  Development of carbon fiber mat preforming technology, HANWHA ADVANCED MATERILS, KOREA, https://www.hwam.co.kr/ , 2016.02.01~2016.03.31

•  Optimal design of CFRP automotive parts, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2015.12.15~2017.03.14

•  Durability Study of Fiber Reinforced Composites under multi-axial loads, HYUNDAI AUTO NGV, KOREA, https://www.hyundai-ngv.com/ , 2015.11.02~2016.04.30

•  Thermoplastic composites for design of ultradeep water flexible pipe, Technip, FRANCE, https://www.technipfmc.com/ , 2015.06.01~2015.12.31

•   Fatigue life prediction for school parts and comparison, Plastic omnium, FRANCE, https://www.plasticomnium.com/ , 2014.05~2015.07

•  Innovative WIND TURBINE blade design using aero-elastic tailoring for bend-twist coupling non-crimp thin plies and hybrid composite materials, UFMG, BRAZIL, https://ufmg.br/ , 2014.04~2017.03

•  Characterization of Thermoplastic Composites, Arkema, FRANCE, http://www.arkema.com/ , 2014.04~2016.09

•  Design of Thermoplastic Composite Oil and Gas Pipes, Technip, FRANCE, http://www.technip.com/ , 2014.03~2014.12

•  Development of Flywheel Energy Storage System, Beacon Power, USA, http://www.beaconpower.com/ , 2014.02~2015.03

•  Fatigue Life of Prediction of WIND TURBINE BLADES, BASF, GERMANY, http://www.basf.com/ , 2013.06~2015.05

•  Innovation of NCF composites for Wind Turbine Blades, CHOMARAT, FRANCE, http://www.chomarat.com/ , 2013.04~2015.03

•  Innovative Wind Turbine Blade Design based on MMF, Acciona, SPAIN, http://www.acciona.com/ , 2013.03~2015.03

•  Micromechanics of Failure for Short-Fibre reinforced Thermoplastics, BOSCH, GERMANY, http://www.bosch.com/ , 2013.02~2014.10

•  Damage modeling of braided textile composite, Nanyang Technological University (NTU), SINGAPORE, http://www.ntu.edu.sg/ , 2013.01~2015.06

•  Fatigue Life Prediction of Composite Materials, Defense Science Organization (DSO), SINGAPORE, http://www.dso.org.sg/ , 2012.03~2014.09

•  Design of Rail Gun, Agency of Defense Development (ADD), KOREA, https://www.add.re.kr/ , 2012.01~2013.12

•  Design of large-scale WIND TURBINE blades, Hyundai Heavy Industry (HHI), KOREA, http://english.hhi.co.kr/ , 2012.01~2013.12

•  Innovative Fatigue life prediction of Composites Phase I & II, Stanford Univ & US ARMY, USA, http://www.stanford.edu/ , 2012.01~2013.7