In 438 alphabetically-arranged essays, this work provides a useful overview of the core
mathematical background for nonlinear science, as well as its applications to key problems …

Fascinating dynamics is known to result when the flow rate Q at which water drips from a
faucet varies. Starting with simple (period-1) dripping, the system transitions as Q increases …

Continuous emission of drops of an incompressible Newtonian liquid from a tube–dripping–
is a much studied problem because it is important in applications as diverse as inkjet …

We give a hydrodynamical explanation for the chaotic behaviour of a dripping faucet using
the results of the stability analysis of a static pendant drop and a proper orthogonal …

Well-wetting liquids exiting small-diameter nozzles in the dripping regime can partially rise
up along the outer nozzle surfaces. This is problematic for fuel injectors and other devices …

The significant contribution of the droplet resonance to detaching the droplet in gas metal
arc welding has been experimentally verified in the previous study. The correlation between …

Dynamics of formation of drops of non-Newtonian liquids from capillary tubes is studied
computationally. The rheology of the drop liquids is described by a constitutive relation that …

The effect of ultrasound on flow through a capillary using the pendant drop method was
investigated. Water was injected into a 0.1 mm Hastelloy C-276 capillary tube submersed …

The dependence of dripping dynamics from physical properties of the nozzles is
investigated. The analysis is performed by means of two complementary methods:(i) long …

Rubbing between the rotor and the stator is the frequent and harmful malfunction in the
rotating machinery, which will cause a very serious accident, even catastrophe, to the …