The present work provides an overview on the possible phase transitions associated with
supercritical fluid injection and a detailed evaluation of the mixing process between injectant …

FAV in pump sump has been a matter of focus for years for the major effects on the efficiency
of the pump, wasting a lot of energy. In order to explore the mechanism of the dynamic …

The flow field of an impulsively started round, confined nitrogen jet was investigated using
combined high speed schlieren imaging and particle velocimetry (PIV) measurements. PIV …

Gas turbine film cooling strategies must provide adequate cooling performance under high
levels of mainstream turbulence. Detailed information about the structure, dynamics and …

A deep understanding of muzzle flow fields is essential for optimizing muzzle devices and
projectile design. This flow characterization has been heretofore limited to local and …

The present study describes a pressure-based solution framework suitable for the numerical
investigation of sub-and supersonic injection processes under high-pressure conditions …

This study investigates the interaction between a premixed methane-air flame and particles
inside a model packed bed. The opacity of the spherical packed beds to visible light poses a …

Turbulent flows are characterized by diverse and unsteady three-dimensional (3D) features
that require 3D measurements to study. In case of non-isothermal flows, combined 3D …

The mixing process of extremely underexpanded supercritical jets into a gaseous
environment is studied. The focus lies on the influence of the nonideal fluid behavior on the …

A numerical study for a supersonic underexpanded argon gas jet driven by a pressure ratio
of 120 is described in this work, and the results are compared to experiments. A single …