A computational study was performed to investigate the influence of transient needle motion
on gasoline direct injection (GDI) internal nozzle flow and near-field sprays. Simulations …

Abstract Traditional Discrete Particle Methods (DPM) such as the Euler–Lagrange
approaches for modeling atomization, even if widely used in technical literature, are not …

This paper implements a coupled approach to integrate the internal nozzle flow and the
ensuing fuel spray using a Volume-of-Fluid (VOF) method in the finite-volume framework. A …

A computational and experimental study was performed to characterize the flow within a
gasoline injector and the ensuing sprays. The computations included the effects of …

The internal structure of Diesel fuel injectors is known to have a significant impact on the
nozzle flow and the resulting spray emerging from each hole. In this paper the three …

Numerical modeling of high-pressure liquid fuel injection remains a challenge in various
applications. Indeed, experimental observations have shown that injected liquid fuel jet …

This work evaluates the performance of the Σ-Y Eulerian atomization model at reproducing
the internal structure of a diesel spray in the near-field. In the study, three different …

An extensive numerical study of two-phase flow inside the nozzle holes and the issuing jets
for a multi-hole direct injection gasoline injector is presented. The injector geometry is …

Simulating liquid spray first and second atomization is not an easy task. Many models have
been developed over the past years, but Eulerian ones have proved their better …

In order to improve understanding of the primary atomization process for diesel-like sprays,
a collaborative experimental and computational study was focused on the near-nozzle spray …