Titlebook: Dynamic Wetting by Nanofluids; Gui Lu Book 2016 Springer-Verlag Berlin Heidelberg 2016 Multiscale simulations.Nanofluid dynamic wetting.Tu

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Experimental Study on the Nanofluid Dynamic Wetting,rs of nanofluids. The experiment results show that the adding of nanoparticles inhibits the dynamic wetting of nanofluids as compared with base fluids. The reduced spreading rate can be attributed to the increase in either surface tension or viscosity due to adding nanoparticles into the base fluid.

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Local Dissipation in Nanofluid Dynamic Wetting: Effects of Structural Disjoining Pressure,tion and the explanation of local dissipation in nanofluid dynamic wetting due to the nanoparticle self-assembly. In addition, the magnitude of structure disjoining pressure is compared with the unbalanced Young’s stress acting at the contact line in the second part to examine the effects of structu

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Bulk Dissipation in Nanofluid Dynamic Wetting: Wettability-Related Parameters,ar dynamics simulations. The results reveal the roles of additional nanoparticles on the modification of wettability-related parameters (surface tension, viscosity, and rheology) and then provide the guidelines in building nanofluid dynamic wetting models.

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