Abstract An Eulerian-Lagrangian model is implemented to study the process of water spray
injection inside gas turbine combustors. The validation of different parts of the model and the …

Due to increasing global energy demand and the fact that a major source of the required
energy is generated from fossil fuels, the combustion process has turned into a topic of …

In this study, first, the effect of different state-of-the-art dispersion and particle-wall collision
models on the efficiency and erosion prediction are investigated. Second, the influence of …

Erosion is a common problem in various parts of the pipeline industry. In this study,
computational fluid dynamics is employed for analysis of pipeline erosion due to gas …

In this research, the water spray injection process in a natural-gas-fueled gas turbine
combustor is studied numerically using an Eulerian-Lagrangian formulation, and the …

The main goal of this research is to investigate the effects of fuel injection strategy on the
performance of the premixing chamber of modern Dry-Low-Emission (DLE) Gas-Turbine …

This paper describes the optimization of operating conditions of a direct injection diesel
engine by the response surface method targeting the first and second law efficiencies and a …

This paper presents the effects of swirl ratio on the reactivity controlled compression ignition
engine parameters with a focus on NOx reduction. A numerical effort with a Eulerian …

The focus of this research is the development of an improved spray-wall interaction (SWI)
model in an Eulerian-Lagrangian framework as well as its comparison with other models …

The features of the local mean and fluctuational flow structure, carrier phase turbulence and
the propagation of the dispersed phase in the bubbly and droplet-laden isothermal round …