The droplet breakup occurs at a fixed point due to the focused velocity gradient created by the nozzle shape geometry.
Non-reacting Particle Image Velocimetry (PIV) diagnostics is employed to determine the flow field characteristics of three different configurations with focus on velocity distribution, flow entrainment of reactive species, and turbulence.
This paper focuses on velocity with proposed three modes and partly variety with data stored in RDB, NoSQL database and temporary files.
Activities planned for a second phase of the project are also mentioned: these are mainly focused on velocity bunching experiments that will be conducted with the aim to reach higher peak currents with preservation of low transverse emittances.
Focusing on velocity and pitch usage percentages can make for fantastic jumping-off points when conducting investigations.
Due to the increasing number of mobile users that stay connected while travelling in cars or (high speed) trains, we then shift our focus to high velocity scenarios.
Varying the Froude number, several types of jumps are investigated with specific focus on the velocity field, pressure forces, water depths and location of the jump.
In this study, we focus on the velocity field of this area before the 2011 Tohoku Oki earthquake (Mw 9.0), with the goal of characterizing a more detailed interseismic velocity field in and around the Atotsugawa fault system by combining L-band InSAR and GNSS data.
Indeed, most models, such as Robinson et al. (1986) or Krauzlis and Lisberger (1989), focus on modelling velocity responses.
During translations, the resulting retinal pattern is generally an expansionary or contractionary radial flow field from which the point of zero velocity (Focus of Expansion, FOE) can be used to estimate heading (Tanaka et al., 1986; Warren et al., 1988; Duffy and Wurtz, 1995; Britten, 2008).
