Despite several decades long research on moving contact line dynamics due to its
remarkable role in interfacial science and technological fields, there is still a significant lack …

Advancements in the fabrication of microfluidic and nanofluidic devices and the study of
liquids in confined geometries rely on understanding the boundary conditions for the flow of …

The most widely used type of heat transfer in applications is convection heat transfer, and
both natural and forced convection modes have an effect in total heat transfer to a certain …

In the present article we provide a detailed analysis of fundamental electrochemical
processes in a new class of paper-based analytical devices (PADs) having hollow channels …

The slip boundary condition for nanoflows is a key component of nanohydrodynamics
theory, and can play a significant role in the design and fabrication of nanofluidic devices. In …

The spontaneous imbibition of liquid in nanopores of different roughness is investigated
using coarse grain molecular dynamics (MD) simulation. The numerical model is presented …

The forming limit of sheets usually corresponds to the strain accumulation before localized
necking and is closely related to the loading state. In the viscous pressure forming (VPF) …

The process of liquid slip on rough-walled hydrophobic surfaces with and without entrapped
gas bubbles is modeled. Here, starting with the Navier–Stokes equations, a set of partial …

Superhydrophobic surfaces have potential for reducing hydrodynamic drag by combining a
structured surface and hydrophobicity to retain a lubricating air layer (plastron) at the …

Molecular dynamics (MD) and continuum simulations are carried out to investigate the
influence of shear rate and surface roughness on slip flow of a Newtonian fluid. For weak …