The combined effects of thermal fluctuations and liquid-solid slip on nanoscale thin-film
flows are investigated using stochastic lubrication equations (SLEs). The previous no-slip …

This paper presents theoretically the spatial-temporal instability behavior of an electrified
viscoelastic liquid jet. Dimensionless parameters have been tested for their influence on the …

Contact instabilities of a thin viscoelastic film on a curved surface have been explored with
the help of linear and nonlinear analyses. The governing equations and boundary …

We consider the motion of a gravity-driven flow down a vertical fiber subjected to a radial
electric field. This flow exhibits rich dynamics including the formation of droplets, or beads …

Electric-field-induced instabilities of trilayer of immiscible thin films confined between both
planar and patterned electrodes have been explored by the linear stability analysis (LSA) …

This article reports the fabrication and characterization of polymeric micro-optical elements
on curved substrates using electrostatic induced lithography. Unlike previous studies …

We explore the electric-field-induced interfacial instabilities of a trilayer composed of a thin
elastic film confined between two viscous layers. A linear stability analysis (LSA) is …

In this thesis, we present theoretical studies and molecular dynamics (MD) simulations of
nanoscale interfacial flows taking the crucial effects of thermal fluctuations and slip into …

This paper reports the numerical study of the one‐step faithful replication of micro/nano‐
scale structures on a fiber surface by using the electrohydrodynamic instability patterning …