A dual jet system, comprising a wall jet flowing tangential to a solid wall and a parallel offset
jet, possesses a unique flow field that has proven advantageous in many industrial …

The fluid flow and heat transfer characteristics of a turbulent wavy wall jet have been studied
numerically using the low Reynolds number model. The three low Reynolds number …

The present paper consists of a numerical investigation of dynamic and thermal
characteristics of the flow field resulting from the interaction of dual-jet consisting of a wall jet …

In this paper, the role of sinusoidal wavy surface in enhancing the heat transfer is
numerically studied. The heat transfer characteristics are studied for two thermal boundary …

In the present work, a numerical study of the heat transfer in an oblique combined turbulent
wall and offset jet flow was performed. Different turbulence models were tested: the standard …

The present investigation explores the dynamic effects of wall motion on the turbulent flow
and thermal characteristics of a dual jet. The effects of variation in Reynolds number (Re) …

Offset jet is a commonly used flow in different industrial applications, such as in cooling
electronic devices or heat exchange systems. Determining the exact behaviour of the …

Abstract Effect of sidewall on the thermal characteristics of a three dimensional turbulent wall
jet with a square nozzle is explored experimentally. The mean and fluctuating quantities are …

The present paper deals with CFD simulation of a two-dimensional, steady, incompressible
and turbulent flow combining a wall jet and an offset jet (this combination will be denoted …

An enhancement in heat transfer is the key objective in any thermal system where an
efficient cooling is needed. This requirement becomes more important for turbulent flow. A …