Although hydrocarbon production from unconventional reservoirs, the so-called shale gas,
has exploded recently, reliable predictions of resource availability and extraction are …

The purpose of this paper is threefold. First, we review the existing literature on flow rates of
water in carbon nanotubes. Data for the slip length which characterizes the flow rate are …

The intriguing mass transport properties of carbon nanotubes (CNTs) have received
widespread attention, especially the rapid transport of water through CNTs due to their …

Data for the flow rate of water in carbon nanopores is widely scattered, both in experiments
and simulations. In this work, we aim at precisely quantifying the characteristic large slip …

We investigate the hydrodynamic boundary condition for simple nanofluidic systems such as
argon and methane flowing in graphene nanochannels using equilibrium molecular …

The methodology to simulate transport phenomena in bulk systems is well-established. In
contrast, there is no clear consensus about the choice of techniques to model cross …

The observed flow enhancement in highly confining geometries is believed to be caused by
fluid velocity slip at the solid wall surface. Here we present a simple and highly accurate …

In this paper, molecular dynamics simulations of a simple Lennard-Jones fluid confined in
narrow slit pores and undergoing shear have been performed. The aim is to investigate the …

We present molecular dynamics simulations of planar Poiseuille flow of a Lennard-Jones
fluid at various temperatures and body forces. Local thermostatting is used close to the walls …

Transport properties of fluids in nanopores are of both fundamental as well as practical
interest. Water flow in carbon nanotubes (CNTs) has received significant attention since the …