▪ Abstract Noncircular jets have been the topic of extensive research in the last fifteen years.
These jets were identified as an efficient technique of passive flow control that allows …

This book is a comprehensive and intensive monograph for scientists, engineers and
applied mathematicians, as well as graduate students in fluid dynamics. It starts with a brief …

Simulations of low-aspect-ratio, rectangular free jets are presented. The investigations focus
on the entrainment and transitional vortex dynamics in compressible (subsonic) jets …

This paper reports the centerline evolutions of turbulent statistical properties in nine air jets
issuing from differently-shaped nozzles into still air surroundings. All nozzles of investigation …

The differences in mixing performance between axisymmetric turbulent jets issuing from
three common types of nozzle, viz. a contoured (or smooth contraction) nozzle, a sharp …

Results of a combined numerical and experimental investigation of the near field of low‐
subsonic air square jets are presented. The study focuses on examining the role of initial …

The present work reports the thermal behavior of synthetic jets (SJs) with different non-
circular orifices and various waveforms such as triangular, sinusoidal, and square. Tests are …

In this paper, we describe a three-dimensional simulation of the fluid–structure interaction
(FSI) of the aortic valve using a direct-forcing immersed-boundary method. The geometry of …

The linear stability of high-Reynolds-number corrugated jets is investigated by solving the
compressible Rayleigh equation linearized about the time-averaged flow field. A Floquet …

Simulations of an ideally expanded supersonic jet for two operating temperatures are
conducted with a low aspect ratio of two rectangular nozzle, and an equivalent diameter …