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Project

Research Project
  • Development of turbulent combustion model for the analysis of liquid rocket and its application to pilot-scale rocket engine ( 2017.04 ~ 2020. 03 ), National Research Foundation of Korea
  • Development of CFD solver for performance prediction of oil & gas burner ( 2017.04. ~ 2017. 10 ), Doosan Heavy Industry & Construction
  • Development of RANS and LES Multiphysics Simulation OpenFOAM Package and Web-based Open Source Platform ( 2017.04 ~ 2022.03 ), National Research Foundation of Korea
  • Gas & particle flow simulation of the flow path with the cyclone ( 2017.03.01 ~ 2017.12.31 ), POSCO
  • Simulator development for R1 FINEX fluidized bed reactor ( 2016.04 ~ 2017.02 ) POSCO
  • Optimization of flowline burner in FINEX (2015.06 ~ 2016.03 ), POSCO
  • Development of waterless fracturing technology using plasma ( 2014.12 ~ 2017.10 ), Ministry of Trade, Industry and Energy
  • Development of reaction mechanisms and turbulent combustion models involving thermal/nonthermal plasmas ( 2014.11 ~ 2017.10 ), National Research Foundation of Korea
  • Development of predictor for validate the result of combustion optimizer tuning ( 2014.09 ~ 2016.06 ), Doosan Heavy Industries & Construction
  • Development of 500MW Boiler Low Carbon Burning Core Technology ( 2013. 07 ~ 2014. 06 ), Korea Electric Power Research Institute
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Tel ) 054-279-2841. Fax ) 054-279-3199. email ) huh@postech.ac.kr

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