This paper presents a theoretical investigation of the bag-mode breakup of liquid drops freely falling through the gas or another liquid of less density.
Photographic studies of droplet deformation have identified different modes of breakup and complex droplet structures.
These simulations demonstrated different trajectories of the liquid and, consequently, different modes of breakup.
Two designs are suggested to study the effect of flow conditions parameters and outer channel size on the droplet breakup mode, droplet generation frequency and size.
The prompt breakup mode induced at high atomizing air mass flow rate is responsible for generation of smaller sized droplet population clustered in chevron structures and desirable for ignition and flame stabilization.
Three breakup modes, dripping, jetting with uniform droplets, and jetting with non-uniform droplets, are identified.
Instead of plastering the place with cutout red hearts and cupids, they covered the furniture in black fabric, made up platters of black food (olives, licorice, Oreos with the centers scraped out), served black drinks (black Russians, Johnny Walker Black) and played breakup music (Depeche Mode, the Smiths).
Obtaining the beam emittance necessary to meet design specification requires strong damping of higher-order modes that can lead to beam breakup.
In October 2010, after spending the better part of two years in single-man lockdown mode recovering from a long-winded, ugly breakup, I went to celebrate my 31st birthday with my dear friend at a local Portland patisserie.
The present work concerns experimentally the deformation and breakup of charged droplet in the dripping mode.
Based on morphology, the breakup regimes of CWS can be termed different modes: Rayleigh-type breakup, fiber-type breakup and atomization.
