Paper Title
Investigation of Mixing of Jet Flow with Various Geometries and Cross Flow in A Confined Channel

Abstract
This study compares the mixing effect with examining the impact of opposed and tandem pentagon, circleand square jet shapes in a cross flow under different momentum flux ratios through computational analysis. Pentagon shaped jet shows that the highest mixing effect value when comparing the temperature distributions from different distances downstream in the domain. Altering the geometry of the jet has the potential to enhance mixing effectby as much as 6% in comparison to the square jet shape which exhibits the lowest mixing effect. According to jet shapes, the change in penetration depth is seen more at high momentum flux ratios, and the pentagon jet is 9% higher than the shape that gives the lowest penetration depth. Keywords - Mixing effect, Jet in Crossflow