Physical characterization of viscous samples is crucial in chemical, pharma and petroleum
industry. For example, in the refining industry of petroleum, water percentage is verified by …

Significant slip can occur in the flow of a blend of two immiscible polymers due to reduced
entanglements at their interface. The slip is of practical importance because of its effect on …

Microfluidic channels are microreactors with a wide range of applications, including
molecular separations based upon micro/nanoscale physicochemical properties, targeting …

One of the most fundamental interfacial instabilities in ideal, immiscible, incompressible
multifluid flows is the celebrated Kelvin–Helmholtz (KH) instability. It predicts short-wave …

The slip phenomena and the individual configuration dynamics of interfacial copolymer
chains in the entangled polymer–polymer interface under fast shear flow are analyzed using …

We present the constitutive equation for the volume-averaged hydrodynamic stress for a
dilute emulsion in a linear ambient flow, when there is slip at the liquid-liquid interface …

In this work we derive systems of coupled thin-film equations for immiscible liquid polymer
layers on a solid substrate. We take into account slip between liquids and solids and also …

Using a scaling analysis, we assess the impact of interfacial slip on the time required for the
thin liquid film between two drops undergoing a head-on collision to drain to the critical …

Using a numerical method based on the boundary-integral technique, we assess the impact
of interfacial slip on the dynamics of deformation and breakup of a single drop subjected to a …

The stability of immiscible two-fluid Couette flows is considered when slip is present at the
liquid–liquid interface. The phenomena are modelled by incorporating a Navier slip …