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• W2956529516 endingPage "103124" @default.
• W2956529516 startingPage "103124" @default.
• W2956529516 abstract "• A refined molecular-kinetic theory (MKT) of the dynamic wetting is developed by considering both liquid-solid and liquid-solid-vapor interfaces. • The capillary shearing process of liquid bridges between two graphene films is studied using MD simulations. • The present refined MKT has high accuracy by comparison with MD simulations. At the micro/nano-scale, the friction arising from capillary-condensed liquid bridges has a large effect on the friction performance between two sliding surfaces, where the shear field in the vicinity of the moving contact line (MCL) is sufficiently intense. In this study, we develop a refined molecular-kinetic theory (MKT) of dynamic wetting by considering the effect of both the liquid-solid and liquid-solid-vapour interfaces on the shear stress. The capillary shearing process of liquid bridges between two graphene films is studied using large-scale molecular dynamics (MD) simulations. Our MD results show that the shear stress at the liquid-solid-vapour interface is of the same order of magnitude as that at the liquid-solid interface. The stronger depth of the Lennard-Jones (LJ) potential between the liquid and solid molecules results in smaller static/dynamic contact angles and larger friction coefficients and interfacial adhesion energies. The total shear stress of three-dimensional (3D) liquid bridges increases as the velocity of the graphene film increases within a certain range. The sizes of liquid bridges strongly affect the shear stress of the liquid bridges, but hardly affect the static/dynamic contact angles. The present refined MKT has higher accuracy than the other available theoretical models as the velocity of graphene films increases, in comparison with that of the MD simulations. Our results will be of great help for understanding the dynamic wetting at the molecular level and the friction in micro/nano-fluidics and micro/nano-electromechanical systems (M/NEMS)." @default.
• W2956529516 created "2019-07-23" @default.
• W2956529516 creator A5007552110 @default.
• W2956529516 creator A5059703242 @default.
• W2956529516 creator A5087055875 @default.
• W2956529516 date "2019-10-01" @default.
• W2956529516 modified "2023-10-18" @default.
• W2956529516 title "Shear properties of the liquid bridge between two graphene films using a refined molecular kinetics theory and molecular dynamics simulations" @default.
• W2956529516 cites W1960113675 @default.
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• W2956529516 cites W1967738256 @default.
• W2956529516 cites W1967859876 @default.
• W2956529516 cites W1972947053 @default.
• W2956529516 cites W1973416813 @default.
• W2956529516 cites W1980698167 @default.
• W2956529516 cites W1986391085 @default.
• W2956529516 cites W1994722051 @default.
• W2956529516 cites W1998072863 @default.
• W2956529516 cites W2001948789 @default.
• W2956529516 cites W2006362343 @default.
• W2956529516 cites W2013676006 @default.
• W2956529516 cites W2015183623 @default.
• W2956529516 cites W2019465613 @default.
• W2956529516 cites W2019891757 @default.
• W2956529516 cites W2030461668 @default.
• W2956529516 cites W2033187512 @default.
• W2956529516 cites W2035117959 @default.
• W2956529516 cites W2041950065 @default.
• W2956529516 cites W2045697415 @default.
• W2956529516 cites W2046802317 @default.
• W2956529516 cites W2048530799 @default.
• W2956529516 cites W2049475242 @default.
• W2956529516 cites W2054088474 @default.
• W2956529516 cites W2056082339 @default.
• W2956529516 cites W2056184965 @default.
• W2956529516 cites W2058125550 @default.
• W2956529516 cites W2063626736 @default.
• W2956529516 cites W2064996856 @default.
• W2956529516 cites W2082026788 @default.
• W2956529516 cites W2084159787 @default.
• W2956529516 cites W2085819258 @default.
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• W2956529516 cites W2087741501 @default.
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• W2956529516 cites W2104776583 @default.
• W2956529516 cites W2105017541 @default.
• W2956529516 cites W2106140689 @default.
• W2956529516 cites W2108187138 @default.
• W2956529516 cites W2114955730 @default.
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• W2956529516 cites W2322461452 @default.
• W2956529516 cites W2322933409 @default.
• W2956529516 cites W2345035883 @default.
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• W2956529516 cites W2415969157 @default.
• W2956529516 cites W2509818209 @default.
• W2956529516 cites W2521810066 @default.
• W2956529516 cites W2573461004 @default.
• W2956529516 cites W2589571230 @default.
• W2956529516 cites W2750397895 @default.
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• W2956529516 doi "https://doi.org/10.1016/j.mechmat.2019.103124" @default.
• W2956529516 hasPublicationYear "2019" @default.
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