Steam-water direct contact condensation phenomenon is being widely used in industrial
applications due to its rapid heat and mass transfer rates. The present experimental study …

Numerical performance of rhoCentralFoam, a compressible solver in OpenFOAM, was
studied by modeling round supersonic free jets with varying nozzle exit conditions through …

Steam-water direct contact condensation phenomenon is being widely used in many
industries including chemical, thermal and especially in nuclear industry due to its efficient …

Abstract Short-time Proper Orthogonal Decomposition (POD) is proposed as an image-
based technique to study the transient jet screech characteristics of moderately under …

The thrust produced by a gas turbine engine can be optimized by suitably changing the
nozzle geometry in conjunction with other control parameters. However, varying the nozzle …

Rectangular supersonic jets exist widely in propulsion systems of aircrafts. When they are
imperfectly expanded under certain conditions, the upstream traveling waves referred to as …

Rocket nozzles accelerate combustion products or high pressure gases to
supersonic/hypersonic velocities. The planar nozzles have rectangular cross-sections. At …

Moderately under-expanded jets issuing from a circular baseline and two bevelled circular
nozzles impinging upon a perpendicular flat plate were experimentally studied. The effects …

In this paper, we use the parabolized stability equations (PSEs) to investigate heat effects on
supersonic jet screech. The PSE is derived from the linear Euler equations, and the …

Large-eddy simulations are employed to analyze the flowfield generated by a multistream
propulsion system, comprised of a core Mach 1.6 single-sided expansion ramp stream …