文件名称:Hao-Cheng_IJHMT10_micro.droplet..movement
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Based on a macroscopic force balance analysis, an alytical solution in terms of dynamic contact angle is
obtained for steady velocity of a droplet driven by a shear flow and moving on the hydrophobic wall of a
microchannel. The multiphase free-energy 3-D Lattice Boltzmann method (LBM) is applied to simulate
the deformation of the droplet in order to obtain the dynamic contact angle of the moving micro-droplet
in the analytical solution. The droplet velocities predicted by the analytical solution are found in good
agreement with the LBM simulation results.-Based on a macroscopic force balance analysis, an analytical solution in terms of dynamic contact angle is
obtained for steady velocity of a droplet driven by a shear flow and moving on the hydrophobic wall of a
microchannel. The multiphase free-energy 3-D Lattice Boltzmann method (LBM) is applied to simulate
the deformation of the droplet in order to obtain the dynamic contact angle of the moving micro-droplet
in the analytical solution. The droplet velocities predicted by the analytical solution are found in good
agreement with the LBM simulation results.
obtained for steady velocity of a droplet driven by a shear flow and moving on the hydrophobic wall of a
microchannel. The multiphase free-energy 3-D Lattice Boltzmann method (LBM) is applied to simulate
the deformation of the droplet in order to obtain the dynamic contact angle of the moving micro-droplet
in the analytical solution. The droplet velocities predicted by the analytical solution are found in good
agreement with the LBM simulation results.-Based on a macroscopic force balance analysis, an analytical solution in terms of dynamic contact angle is
obtained for steady velocity of a droplet driven by a shear flow and moving on the hydrophobic wall of a
microchannel. The multiphase free-energy 3-D Lattice Boltzmann method (LBM) is applied to simulate
the deformation of the droplet in order to obtain the dynamic contact angle of the moving micro-droplet
in the analytical solution. The droplet velocities predicted by the analytical solution are found in good
agreement with the LBM simulation results.
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