The atomized droplet size distribution (DSD) produced by a nozzle is a fundamental
information to define the performance of application systems. In this paper a new model to …

Atomization primarily involves interaction between liquid and surrounding gaseous medium
resulting in the growth of unstable waves on a distorted liquid surface. There is a huge …

Einen maßgeblichen Einfluss auf die Reduktion der Schadstoffemissionen in neuen
Triebwerksgenerationen hat die Kraftstoffaufbereitung in der Brennkammer. Hierzu werden …

Comprehensive modeling of spray formation in liquid fuel injectors involves modeling of (i)
internal hydrodynamics of fuel injector (ii) break up of liquid sheet leading to primary and …

This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles
using non-intrusive optical techniques. Experiments were conducted to study atomization …

The maximum entropy principle (MEP) is one of the first methods which was used to predict
droplet size and velocity distributions of sprays. Due to some drawbacks of this model, the …

The high frequency, low amplitude wing motion that mosquitoes employ to dry their wings
inspires the study of drop release from millimetric, forced cantilevers. Our mimicking system …

The maximum entropy principle is one of the first methods, which have been used to predict
droplet size and velocity distributions of liquid sprays. Due to some drawbacks in this model …

ABSTRACT A predictive model for size and velocity distributions of droplets in a liquid spray
from the disintegration of a planar sheet has been proposed, based on the maximum …

Maximum entropy method has been successfully used for underdetermined systems.
Network design problem, with routing and topology subproblems, is an underdetermined …