The numerical simulation of flows with interfaces and free-surface flows is a vast topic, with
applications to domains as varied as environment, geophysics, engineering, and …

Surface-tension-driven flows and, in particular, their tendency to decay spontaneously into
drops have long fascinated naturalists, the earliest systematic experiments dating back to …

Background and objective The hydrodynamic stability of nanofluids of one phase is
investigated in this paper based on linear stability theory. The overall thrust here is that the …

A liquid forced through an orifice into an immiscible fluid ultimately breaks into drops due to
surface tension. Drop formation can occur right at the orifice in a dripping process …

A method for simulating two‐phase flows including surface tension is presented. The
approach is based upon smoothed particle hydrodynamics (SPH). The fully Lagrangian …

A one‐dimensional model evolution equation is used to describe the nonlinear dynamics
that can lead to the breakup of a cylindrical thread of Newtonian fluid when capillary forces …

Here is a comprehensive introduction to the least-squares finite element method (LSFEM)
for numerical solution of PDEs. It covers the theory for first-order systems, particularly the div …

A liquid being ejected from a nozzle emanates from it as discrete, uniformly sized drops
when the flow rate is sufficiently low. In this paper, an experimental study is presented of the …

Presents developments in computational techniques pertaining to moving boundary
problems in fluid dynamics. It describes several computational techniques which can be …

Dynamics of formation of a drop of a Newtonian liquid from a capillary tube into an ambient
gas phase is studied computationally and experimentally. While this problem has previously …