… Little attention has been given to the hydrodynamic angular … fluid-mechanical description
of nanoflows of molecular liquids … with the coupling between the hydrodynamic flow degree of …

… So far, a group of researchers have extended Reynolds’s hydrodynamic formulation [11,12] …
from hydrodynamics to the kinetic regime accurately. We study the oscillatory hydrodynamic …

… the generated hydrodynamic pressures and load-carrying capacity of a molecular-scale
film lubricated contact both are greater than those calculated from conventional hydrodynamic …

… This paper investigates the effects of surface roughness on nanoflows using molecular
dynamics simulations. A fractal model is employed to model wall roughness, and simulations are …

… of the liquid nanoflow. On … nanoflow directly, which decreases the apparent slip length
equivalently. The dual effect of the nanostructures on the surface wettability and the hydrodynamic …

In the present work, rarefied gas flow between two parallel moving plates maintained at the
same uniform temperature is simulated using the direct simulation Monte Carlo (DSMC) …

We utilized direct simulation Monte Carlo (DSMC) method to investigate the effectiveness of
the NSF equations in the slip and transition regimes. Monatomic argon confined in a micro/…

… , resulting in hundreds or thousands of ψ hydrodynamic pressure drops across a single fluidic
… The high viscous damping also removes any chance for hydrodynamic instabilities, which …

… in nanofluidics is understanding hydrodynamic slip, a … the mechanisms behind hydrodynamic
slip in nanoconfined flows… , which have advanced hydrodynamic slip characterization at the …

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 the …