Experimental data on atomization and trajectories of a water jet injected into a subsonic
crossflow air under elevated pressure and temperature are provided. Correlations are …

An experimental study of liquid injection in a transverse airflow at high pressure and
temperature was performed. Collected shadowgraphs were processed by image statistical …

An experimental study of a liquid jet injected normal to a high-density air cross-flow is
presented. Kerosene and water were used in order to highlight the influence of liquid …

REEN propellants are object of intense research activities. The propellant combination LOX-
kerosene promises numerous advantages compared with other hypergolic or solid …

An experimental study on the characterization of liquid jets injected into subsonic air
crossflows is conducted. The aim of the study is to relate the droplet size and other attributes …

Every effort to develop new engines for future launcher propulsion has to address the design
of injector elements, as it not only determines the combustion performance but is also a …

OCKET engines operated with oxygen and kerosene offer a number of benefits compared to
hypergolic or solid propellants: They are non-toxic and easy to handle. The combustion …

This thesis gives some background information on environmental issues as the scientific
community at large currently sees it. It tries to relate the plethora of current combustion …

Für die Entwicklung zukünftiger Raketenantriebe für die Treibstoffkombination
Sauerstoff/Kerosin spielt der Entwurf des Einspritzsystems eine herausragende Rolle. In der …

This paper presents a study on morphology and instability of a liquid injected in crossflow.
Image statistical analysis procedures are described and applied to a database of about 300 …