In the paper, the necessity to improve the fuel injection process in diesel engines was
shown. The purpose of the study is to quantitatively evaluate the increase of flow turbulence …

In this work, a new three phase cavitation model with Eulerian–Lagrangian Spray
Atomization (ELSA) and Interface Capturing Method (ICM) coupling is presented to allow for …

The phase mixing and equilibrium process plays a crucial role in the energy cycle and fuel
process of supercritical fluids. This study focuses on the dynamic phase mixing during …

In this study, a new three-fluid volume of fluid framework is presented in order to be used as
a tool for providing physical insight—in a unified manner—to cavitating sprays and other …

Specific surface area measurements of diesel sprays were performed using ultra-small-
angle x-ray scattering at the 9-ID beamline of the Advanced Photon Source at Argonne …

In this study, three-dimensional large eddy simulations were performed to study the internal
nozzle flow of the ECN Spray C diesel injector. Realistic nozzle geometry, full needle …

Vegetable oil-based biofuels are promising carbon-neutral fuels to replace fossil fuels. The
study focuses on a comparative analysis of injection and spray characteristics of DF and RO …

In this paper, a computational study on the differences between a convergent and a constant
section elliptical nozzle is performed. Coupled internal-external flow simulations were …

Fuel injector design has a substantial influence on the performance and emissions of direct
injection engines. To date, large eddy simulations coupled with a single-fluid mixture …

In the paper, the method based on optimization of flow passage geometry of diesel injector
nozzle to improve the quality of fuel injection and atomization process has been studied …