… of supersonic nozzle flows, both numerically and experimentally. Effects of shockwaves,
nozzle … Nozzle optimization is required because shockwave-induced fluctuations can yield non-…

… present work concentrates on flow rate and heat … flow over a rectangular channel. Thedesign
looks like a square duct chamber with an aspect ratio of 1:1. The heat transfer rate and flow …

… velocity gradients and the turbulence intensity inside the nozzle through X-ray-imaging data…
nozzle flow. They show how needle lift affects the turbulence development within the nozzle, …

… ow through the critical nozzle are strongly dependent on the Reynolds number, based on
the diameter of the nozzle throat and nozzle supply conditions. Recently a critical nozzle with a …

… nozzle exit is supersonic and the critical back pressure ratio is smaller than the … flow model
that a convergent nozzle flow is choked when the mass-averaged Mach number at the nozzle …

… The facility utilized in this investigation was designed at UC Irvine to allow versatility in the
study of nozzle flows. The facility, shown in Fig. 5, incorporates two flexible plates forming the …

… length can result in a complete flow detachment from the nozzle wall and the so-called … This
paper provides a comprehensive analysis of cavitation dynamics in internal nozzle flows with …

… The accurate prediction of the compressible nozzle flows is still challenging for the … nozzle
performance is significantly influenced by its inlet geometry. The flow emanating from nozzle …

… regimes extending from continuum to free-molecule flow. Information on the particle drag
coefficient is necessary to analysis of rocket nozzle flow and calculation of performance loss …

… flow properties of internal flow of the cone-straight nozzle. The location of flow resistance
inside cone-straight nozzle … to reduce the flow resistance inside cone-straight nozzle when it is …