In SLA is from the year 2007. He was a Ph.D. Student of the Robert Bosch GmbH. Benjamin studies the phenomena of atomization of a liquid jet. In particular the dependence of the flow inside the nozzle (velocity distribution, turbulence level, cavitation) and the parameters of the spray generated by the atomizer is in the main interest of his study.

In SLA is from year 2005. Investigates spray impact onto a rigid wall. Measures the velocity distribution in the wall film using a micro-PIV system.

Has been granted DAAD scholarship. In SLA is from the year 2005.

He was involved in the experimental studies of spray atomization, drop impact and spray cooling in the pressure chamber.

In the time period 2005-2008.

Olympia Kyriopoulos untersuchte den Sprayaufprall auf beheizte Oberflächen in unterschiedlich starker Gravitation. Projektbeschreibung

Has investigated the influence of the inflow in the nozzle on the flow and stability of a free, thin, liquid sheet. Has measured the velocity profile and the turbulence level in a thin 1 mm transparent slit using the LDA technique.

Has performed a study of spray impact, spray cooling. Has observed and described single splashes during spray impact.

in SLA is from 2002 to 2007

Has been granted a scholarship of Iranian government. He is involved in the experimental investigation of spray impact onto a rigid wall and onto a water pool using the phase Doppler instrument.

Has developed a numerical code for simulation of spray impact (normal and inclined) onto a rigid wall. He has defended his PhD thesis in SLA in the year 2006.

Has performed the study of drop and spray impact onto a wall. He is now a Professor at the Engineering Faculty, University of Bergamo, Italy

Has performed a study of drop impact onto a dry, partially wettable, rigid wall. Presently is in Center of Research in Molecular Modelling (CRMM), Parc Initialis, Bât. Materia Nova, Mons, Belgium.

Shamit Bakshi war Empfänger eines Alexander von Humboldt Stipendiums. Er war von 2005 bis XXXX am SLA tätig.

He studies experimentally and describes theoretically the process of encapsulation of a rigid spherical particle by drop impact.

Has investigated a drop impact onto rigid, chemically structured surfaces. He is also involved in the preparation to the m-gravity experiment on spray cooling onboard of TEXUS rocket.

Has investigated the influence of the turbulent flow in a nozzle on the atomization and spray characteristics. Has performed LDA measurements of the flow profile inside a Ø1 mm nozzle. He is a BOSCH external doctorate.

Lucio Araneo has investigated injection and impact of a Diesel spray using the phase doppler instrument.