Sprays are among the most intellectually challenging and practically important topics in fluid
mechanics. This paper reviews needs, milestones, challenges, and a broad array of …

The impact of liquid droplets on solid surfaces at conditions inducing cavitation inside their
volume has rarely been addressed in the literature. A review is conducted on relevant …

We present and evaluate a two-phase model for Eulerian large-eddy simulations (LES) of
liquid-fuel injection and mixing at high pressure. The model is based on cubic equations of …

A conceptual model for turbulent ignition in high-pressure spray flames is presented. The
model is motivated by first-principles simulations and optical diagnostics applied to the …

The present work investigates the complex phenomena associated with pressure/high
temperature dodecane injection for the Engine Combustion Network (ECN) Spray-A case …

A fully compressible two-phase flow model consisting of four balance equations including
two mass, one momentum, and one internal energy equation, formulated with the …

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

We present a novel framework for high-fidelity simulations of inert and reacting sprays at
transcritical conditions with highly accurate and computationally efficient models for complex …

Accurate and robust simulations of transcritical real-fluid flows are crucial for many
engineering applications. Diffuse-interface methods are frequently employed and several …

Because of the extreme complexity of physical phenomena at high pressure, only limited
data are available for solver validation at device-relevant conditions such as liquid rocket …