Kang Y Huh

Kang Y Huh

Pohang University of Science and Technology

Professor

Department of Mechanical Engineering

Research Area

  • #Turbulence
  • #Chemistry
  • #Mechanics
  • #Thermodynamics
  • #Combustion
  • #Classical mechanics
  • #Engineering
  • #Curvature
  • #Lagrangian
  • #Leading edge

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Related papers to
‘ Turbulence ‘ : 12

  • Analysis of different modes of low temperature combustion by ultra-high EGR and modulated kinetics in a heavy duty diesel engine

    2014/09

    2.7 Impact Factor

    26 citations

    Youngjae Lee, Kang Y. Huh

    DOI : 10.1016/J.APPLTHERMALENG.2014.05.090

    • #Engineering
    • #Waste management
    • #Thermodynamics
    • #Kinetics
    • #Evaporation
    • #Diesel engine
    • #Heavy duty
    • #Turbulence
    • #NOx
    • #Exhaust gas recirculation
    • #Low temperature combustion

All papers authored by
‘ Kang Y Huh ’ : 17

  • Analysis of different modes of low temperature combustion by ultra-high EGR and modulated kinetics in a heavy duty diesel engine

    2014/09
    APPLIED THERMAL ENGINEERING

    2.7 Impact Factor

    26 citations

    Youngjae Lee, Kang Y. Huh

    DOI : 10.1016/J.APPLTHERMALENG.2014.05.090

    • #Engineering
    • #Waste management
    • #Thermodynamics
    • #Kinetics
    • #Evaporation
    • #Diesel engine
    • #Heavy duty
    • #Turbulence
    • #NOx
    • #Exhaust gas recirculation
    • #Low temperature combustion

Related papers to
‘ Turbulence ‘ : 12

  • Analysis of different modes of low temperature combustion by ultra-high EGR and modulated kinetics in a heavy duty diesel engine

    2014/09
    APPLIED THERMAL ENGINEERING

    2.7 Impact Factor

    26 citations

    Youngjae Lee, Kang Y. Huh

    DOI : 10.1016/J.APPLTHERMALENG.2014.05.090

    • #Engineering
    • #Waste management
    • #Thermodynamics
    • #Kinetics
    • #Evaporation
    • #Diesel engine
    • #Heavy duty
    • #Turbulence
    • #NOx
    • #Exhaust gas recirculation
    • #Low temperature combustion
  • Evaluation of the turbulence models for gas flow and particle transport in URANS and LES of a cyclone separator

    2018/08
    COMPUTERS & FLUIDS

    2.2 Impact Factor

    17 citations

    Kwonwoo Jang, Gwang Goo Lee, K. Y. Huh

    DOI : 10.1016/J.COMPFLUID.2018.04.032

    • #Mathematics
    • #Mechanics
    • #Classical mechanics
    • #Flow (psychology)
    • #Separator (oil production)
    • #Random walk
    • #Turbulence
    • #Large eddy simulation
    • #Reynolds stress
    • #Eddy
    • #Cyclonic separation

Get access to
Contact information

Log in

All papers authored by
‘ Kang Y Huh ’ : 17

  • Analysis of different modes of low temperature combustion by ultra-high EGR and modulated kinetics in a heavy duty diesel engine

    2014/09
    APPLIED THERMAL ENGINEERING

    2.7 Impact Factor

    26 citations

    Youngjae Lee, Kang Y. Huh

    DOI : 10.1016/J.APPLTHERMALENG.2014.05.090

    • #Engineering
    • #Waste management
    • #Thermodynamics
    • #Kinetics
    • #Evaporation
    • #Diesel engine
    • #Heavy duty
    • #Turbulence
    • #NOx
    • #Exhaust gas recirculation
    • #Low temperature combustion
  • Evaluation of the turbulence models for gas flow and particle transport in URANS and LES of a cyclone separator

    2018/08
    COMPUTERS & FLUIDS

    2.2 Impact Factor

    17 citations

    Kwonwoo Jang, Gwang Goo Lee, K. Y. Huh

    DOI : 10.1016/J.COMPFLUID.2018.04.032

    • #Mathematics
    • #Mechanics
    • #Classical mechanics
    • #Flow (psychology)
    • #Separator (oil production)
    • #Random walk
    • #Turbulence
    • #Large eddy simulation
    • #Reynolds stress
    • #Eddy
    • #Cyclonic separation

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