In this paper, we consider an electrified thin film equation with periodic boundary conditions. When an applied voltage is sufficiently small after a finite ...
A unique global-in-time solution with an initially perturbed domain around nontrivial steady states which come from the first bifurcation curve is obtained, ...
Abstract. In this paper, we consider an electrified thin film equation with periodic boundary conditions. When an applied voltage is sufficiently small ...
Oct 22, 2024 · We investigate the stability and bifurcations of parametrically excited thin liquid films. A recently derived nonlinear evolution equation ...
Oct 1, 2020 · We analyze the interfacial instability of a thin film confined between a rigid surface and a prestretched elastic sheet, triggered by nonuniform electro- ...
Missing: Bifurcation Electrified
The results show that the odd viscosity plays a stabilizing role of the electrostatic Faraday system, but it has little effect on the wavelength of the thin ...
Mar 4, 2005 · Electrostatic field induced instability, morphology, and patterning of a thin liquid film confined between two electrodes with an air gap are studied
Missing: Bifurcation | Show results with:Bifurcation
Abstract. The effect of an externally applied electric field on the stability of the interface between two thin leaky dielectric fluid films of thickness ratio ...
Missing: Bifurcation Electrified
The electrified pressure-driven instability of thin liquid films, also called electrohydrodynamic (EHD) lithography, is a pattern transfer method.
Mathematically, the pull-in instability can be regarded as a limit point or saddle–node bifurcation [35]. That is, the stable and unstable branches ''collide''.
Missing: Electrified | Show results with:Electrified