… shapes from a given nozzle and show that there is for each nozzle a bubble of maximum …
its ‘neck’, we determine for each nozzle diameter D an acoustic frequency f* corresponding to ‘…

THE important parameter that governs the isentropic flowfield in the transonic region of a
supersonic nozzle with a circular-arc throat is the ratio of throat radius of curvature to throat …

… This paper reports on the simulation of the near-nozzle region of a moderate Reynolds …
from a chevron nozzle. The chevron nozzle considered in this study is the SMC001 nozzle …

… the nozzle to onset of break-up (13 We1/2D, for Weber number given as We = ρろーU 2D/σしぐま, where
D is the nozzle … Given the scaling of droplet diameter with nozzle diameter it is therefore …

… or a single nozzle have been investigated numerically. Since the single aerodynamic lens
and the isolated nozzle are the elementary components of any aerodynamic lens-nozzle inlet …

… gradient of Prandtl-Meyer angle along the nozzle axis. The flow in the throat was … nozzle
axis where the left-running characteristic through the inflection point intersects the nozzle …

… A phenomenological nozzle flow model has been developed and implemented in both …
nozzle geometry on fuel injection and spray processes. The model takes account of the nozzle …

… Four separate injectors were used in this study ea having a different nozzle configuration
combining sharp rounded edged nozzle holes with 125 and 140 included s angles. One of the …

… to a conventional flat-fan nozzle. Percentage spray coverage … retained similarly for all nozzle
types when averaged over … grass species control for all nozzle types, regardless of spray …

… It has also been observed that at close nozzle… nozzle wall, 0.5 nozzle diameters (r/d = 0.5).
Gardon and Akfirat [4] suggested that this inner peak may be due to accelerating flow at nozzle…