Numerical simulation of kelvin-helmholtz instability and boundary layer stripping for an interpretation of melt jet breakup mechanisms

HIGHLIGHTS

  • who: Min-Soo Kim and Kwang-Hyun Bang from the Division of Mechanical Engineering, Maritime and Ocean University, Taejongro, Yeongdogu have published the paper: Numerical Simulation of Kelvin-Helmholtz Instability and Boundary Layer Stripping for an Interpretation of Melt Jet Breakup Mechanisms, in the Journal: Energies 2022, 7517 of /2022/
  • what: This study is aimed at investigating the ability of a CFD modeling of liquid-liquid jet breakup to resolve the principal mechanisms relevant to jet breakup as well as submillimeter-scale drop size. The aim of this simulation was to obtain a global aspect . . .

     

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