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Modelling interfacial dynamics using hydrodynamic density functional theory: dynamic contact angles and the role of local viscosity

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Hydrodynamic DFT successfully predicts dynamic contact angles, showcasing its relevance in microscopic wetting phenomena.
The use of generalised entropy scaling increases accuracy compared to traditional viscosity models, capturing critical fluid behavior.
This analysis connects molecular modeling to continuum fluid dynamics, bridging microscopic interactions with macroscopic properties effectively.
High agreement with non-equilibrium molecular dynamics simulations supports the utility of hydrodynamic DFT in multiscale modeling applications.

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Hydrodynamic DFT predicts wetting phenomena in microscopic systems, highlighting the role of viscosity.

Bursik et al. (2025) studied this question.

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