Graphene patterns by drop-on-demand (DOD) printing are promising for fabricating
functional devices in industry. However, uneven solute distribution caused by the coffee-ring …

Hypothesis A liquid droplet is apt to be deformed within a compact space in various
applications. The morphological change of a droplet and vapor accumulation in the confined …

By analyzing the behaviors of water molecules at the solid–water–vapor contact line, we
explore the molecular origin of large evaporation rates at the contact line and find new ways …

Droplet motion on a surface with chemical energy induced wettability gradient has been
simulated using molecular dynamics (MD) simulation to highlight the underlying physics of …

We investigate the electrically driven contact line dynamics of a binary fluid system
constituted by one Newtonian and another non-Newtonian fluid in a narrow fluidic channel …

The understanding of near-wall motion, evaporation behavior and dry pattern of sessile
nanofluid droplets is fundamental to a wide range of applications such as painting, spray …

Hydrophobic graphene marries the usefulness of graphene with the benefits of a
hydrophobic surface leading to applications in oil–water separation, wettability switching …

The contact line dynamics of evaporating droplets deposited on a set of parallel microribs is
analyzed with the use of a recently developed entropic lattice Boltzmann model for two …

Wetting of aqueous sodium dodecyl sulfate (SDS) droplets on polydimethylsiloxane (PDMS)
surfaces during evaporation were experimentally studied. After a short-time spontaneous …

Molecular dynamics (MD) simulation of an electrowetted nanodroplet is performed to
understand the fundamental origin of the involved parameters resulted from the molecular …