Analysis Of The Eddy Flow Resulting From DifferentReynolds Inside The Edged Channel

This study examines the application of ComputationalFluid Dynamics (CFD) in the analysis of a stepped channel. Theprimary objective of this research is to explore the behavior offluid flow and the influence of stair geometry on the hydraulicproperties and fluid dynamics within the channel. Utilizing CFDsoftware, comprehensive simulations were conducted to evaluateflow patterns, pressure distribution, and flow velocity at variouslocations throughout the channel. The findings indicate that thepresence of stairs significantly alters the flow pattern andenhances fluid mixing. Furthermore, variations in the height anddepth of the steps impact both pressure and flow velocity,suggesting that optimizing these parameters can substantiallyinfluence fluid behavior within the channel. This researchcontributes to the improved design of hydraulic systems and theoptimization of fluid flow in analogous channels, while alsoenhancing the understanding of how geometric factors affect fluiddynamics.

کلیدواژه ها:

CFD ، stepped channel ، Fluid Flow ، Optimization ، hydraulic systems