Feasibility of an innovative buzz detection technique through measuring the static pressure
outside a mixed-compression supersonic inlet is studied. The buzz is an instability
phenomenon that occurs almost in all supersonic inlets. During...

A method for detection of buzz from wall sensors has been proposed.

The flow of an axisymmetric supersonic mixed compression

air intake has been simulated numerically in order to investigate

the effects and also the necessity of three-dimensional (3D)

modeling. For this purpose, the supersonic...

The performance and the buzz onset of a supersonic mixed-compression axisymmetric intake are xperimentally investigated. Effects of the slot bleed position, angle, and width on the intake performance and on the buzz initiation at three different...

Effects of various boundary-layer bleed locations on the stability of an axisymmetric

supersonic inlet has been investigated experimentally. The bleeds were located on the inlet

compression cone and were designed to improve...

During the course of expansion of steam in turbines, the vapour first supercools and then nucleates to become a two phase mixture, Formation of the liquid phase causes thermodynamic and aerodynamic losses in steam turbines. ...

non equilibrium two phase flow. This growing droplets release their latent heat to

the flow and this heat addition to the supersonic flow cause a pressure rise called condensation shock. Because

of irreversible heat transfer...

In this paper, Euler equations have been solved for the internal compressible flows. In order to have

such a solution, at first, the equations were written into the integrated form, and then in CUSP and Scalar ...