… nozzle flow was dominated by shock-induced boundary-layer separation, which was divided
into two distinct flow … The test nozzle was observed to go through a marked transition in …

… steady flow through a convergent-divergent nozzle in the dissociated and ionized regime.
Equilibrium is assumed at the entrance of the nozzle. The early portion of the nozzle flow is …

… First, we performed extensive validation using the available two-phase nozzle flow data, as
well as flow efficiency data from our experiments. The computational model was then used to …

… separated overexpanded nozzle flows using a time-accurate … /16-scale nozzle of a J-2S rocket
engine4 (area ratio: 39.6, nozzle … cold-flow data available, and the nozzle's separated flow …

… a variable critical nozzle flow, the objective of the … nozzle. A rod of a small diameter is
inserted into the conventional critical nozzle so that the effective cross-sectional area at the nozzle …

… The Euler approach was used in the gas flow, and the … nozzle flow. Considering the works
of previous authors, the trajectory model is employed. In.this paper, the solid rocket nozzle flow …

… by the flow field which is defined by the melt flow geometry including flow in the nozzle …
modeling the polymer melt flow and the associated effects of nozzle geometry and extrudate swell …

… larger-scale secondary flow field. From these … flow patterns within the nozzle play a dominant
role in the mixing process. The first analytical and experimental study of mixer nozzle flows …

… for a nozzle flow problem but for the instructive case of flow behind a normal shock. This flow
… KliegePs treatment (4) of one-dimensional nozzle flow was the first of a number of similar …

… Nozzle performance is affected by many factors Including nozzle contour, area ratio, and …
different nozzle contours were selected for performance evaluation with unheated gas flow. …