The flow of water in carbon nanochannels has defied understanding thus far, with
accumulating experimental evidence for ultra-low friction, exceptionally high water flow rates …

Nanofluidics has made significant impacts and advancements in various fields, including
ultrafiltration, water desalination, biomedical applications, and energy conversion. These …

The present investigation assesses a variety of parameters available in the literature to
model gold–water interfaces using molecular dynamics simulations. The study elucidates …

The development of micro/nanofluidic techniques has recently revived interest in dynamic
shear flow at liquid–solid interfaces. When the nature of the liquid–solid boundaries was …

Water flow through two-dimensional nanopores has attracted significant attention owing to
the promising water purification technology based on atomically thick membranes. However …

We investigate the interfacial transport of water and hydrophobic solutes on van der Waals
bilayers and heterostructures formed by stacking graphene, hBN, and MoS2 using extensive …

Liquid confined in a nanochannel or nanotube has exhibited a superfast transport
phenomenon, providing an ideal heat and mass transfer platform to meet the increasingly …

The electric field induces complex effects on the tribological properties of zinc oxide (ZnO)
under lubricated conditions, particularly at the nanoscale, where the friction process and …

This paper reports on the effects of shear rate and interface modeling parameters on the
hydrodynamic slip length (LS) for water–graphite interfaces calculated using non …

Due to its many industrial applications, the physics associated with the nanoconfinement of
fluids has garnered great attention from the scientific community in roughly the last fifteen …