The present work reviews the CFD studies carried out in the last more than fifty years to
understand the uncontrolled and controlled jet characteristics. The chronological evolution …

Inlet boundary conditions at the supply opening play an important role in the accuracy and
reliability of computational fluid dynamics (CFD) simulations for indoor airflow. A non …

The present investigation predicts the mass entrainment into an IRS device which is used in
naval or merchant ships. A high velocity jet emanating from the nozzle exit entrains ambient …

The numerical modelling of impinging jet flows is not straightforward as it should not only
solve the shear layer development in the free jet region, but also the near-wall behaviour …

The length of the supersonic jet ejected from the military aircraft must be reduced in order to
decrease its heat signature and aeroacoustic noise and thereby to enhance its stealth …

Abstract A Computational Fluid Dynamics investigation of a free lobed jet was conducted at
moderate Reynolds number. The aimed application is related to the optimization of air …

In the present research, the conservation equations for mass, momentum, energy as well as
the equations for k and ɛ have been solved numerically to compute the rate of air entrained …

The general context of the present study is the design of high induction HVAC air diffusers
by means of passive jet control. When the diffuser is a perforated panel with lobed orifices …

In this research, the fluid and thermal characteristics of a rectangular turbulent jet flow is
studied numerically. The results of three-dimensional jet issued from a rectangular nozzle …

Abstract Computational Fluid Dynamics (CFD) results are discussed for momentum driven
planar jet flows, resembling configurations in use for air curtain in the context of smoke …