High-energy-density fuels are promising fuels for advanced aero engines, especially rotary
engines, in which atomization characteristics play a crucial role in fuel practical application …

A multi-dimensional Computational Fluid Dynamics (CFD) code with detailed chemistry, the
KIVA-CHEMKIN-GA code, was employed in this study, where Genetic Algorithms (GA) were …

Predicting the performance of finely atomized sprays used for airborne dust suppression is
an important aspect in ensuring workers are properly protected from harmful dust emissions …

In a gas turbine combustion system, droplet distribution in the combustor directly affects the
combustion process. Fuel droplet size and droplet velocity determine the fuel droplet …

The energy transfer between a liquid hollow cone spray and the surrounding air has been
studied using both imaging and phase-Doppler techniques. The spray was produced by a …

Studies on pressure-swirl atomizers have mainly focused on pressure-swirl atomizers with
tangential input while there are limited studies on pressure-swirl atomizers with a spiral path …

Studies on pressure-swirl atomizers have mainly focused on pressure-swirl atomizers with
tangential input, however research on pressure-swirl atomizers with spiral path have been …

ABSTRACT A unified approach toward modeling fuel sprays for internal combustion engines
is presented in this work. The fuel injection process has been divided in three subprocesses …

Pressure swirl atomizers with tangential inputs are widely used in various industries,
including power generation and gas turbines. For example, in combustion chambers with …

The flows in a jet entering a crossflow are unsteady and the droplet movement is of vital
importance for the two-phase mixing effect. In this paper, the hollow cone spray into the …