In the past few decades various particle image–based volumetric flow measurement
techniques have been developed that have demonstrated their potential in accessing …

Exhalation of small aerosol particle droplets and their airborne transport, dispersion, and
(local) accumulation in closed rooms have been identified as the main pathways for direct …

In recent years, Lagrangian Particle Tracking (LPT) has become more and more important in
the field of 3D flow measurements, largely due to the introduction of the methods of Iterative …

We report on an experimental undertaking with the goal of detecting so-called turbulent
superstructures within a turbulent boundary layer and describing their temporal …

For the exploration and validation of the integration of efficient propulsion concepts and new
technologies for future large passenger aircraft, it is necessary to establish suitable design …

A semi-empirical model to predict the mass transfer rate of water from humid air in mixed
convection together with the global heat transfer in a novel experimental set-up is presented …

An optical pump system for LED-pumped solid-state lasers is introduced to effectively couple
the energy of pump sources to the active medium. The optical system is based on the …

A detailed description of an experimental set-up designed for upcoming investigations of
latent and sensible heat transfer in a cuboid sample with air in-and outlets is given. The …

Exhalation of small aerosol droplets and their transport, dispersion and (local) accumulation
in closed rooms have been identified as the main pathway for indirect or airborne respiratory …

Diese Promotionsschrift befasst sich mit der experimentellen Untersuchung des
Wärmetransports und Stofftransfers feuchter Luft mit Phasentransition an einer Oberfläche …