In this work, we explored how the structure of monolayer water confined between two
graphene sheets is coupled to its dynamic behavior. Our molecular dynamics simulations …

Numerous recent studies reveal that water transport through graphene-based nanochannels
exhibits unconventional behavior. Theoretical and experimental works have reported that …

It is necessary to understand and predict the behavior of continuous nanoflow, especially
inside the nanochannel with uneven wettability. Because the properties of fluid confined in …

We study the influence of chain stiffness on droplet flow in a nanochannel, coated with
semiflexible hydrophobic polymers by means of nonequilibrium molecular dynamics …

Epithelial fluid transport, an important physiological process shrouded in a long-standing
enigma, may finally be moving closer to a solution. We propose that, for the corneal …

Water can be pumped in nanochannels by limiting it between the surfaces with different
hydrophobicities and exerting a spinning electric field. The asymmetrical hydrophobicity …

The use of superhydrophobic surfaces is one the most promising methods for reducing the
friction and increasing the flow rate in fluid transfer systems. Because in such systems the …

Superhydrophobic surfaces have been used for reducing friction in micro-and
nanochannels. In the present work, water flow between two carbon walls with …

En este trabajo de tesis se estudió un sistema compuesto por un fluido confinado en un
canal blando, mediante simulaciones de dinámica molecular. El medio confinante está …

抄録 Dynamic wetting/dewetting, which is characterized by the motion of the contact line (the
triple phase line of the liquid-fluid interface and the solid surface), is ubiquitously-observed …