Velocity and pressure analysis for energy dissipation through experimental study on a flow board and CFD simulation

Abstract

This study explores methods to reduce water flow energy using dissipative barriers, conducted through experimental development on a flow table and simulations in Autodesk CFD. The objective is to understand how these barriers can aid in controlling water velocity and pressure, particularly in flood situations, to prevent overflow. To achieve this, we designed a 2D barrier model using Autodesk Inventor and conducted flow analysis in Autodesk CFD, where water response was tested at different velocities and pressures. The experimental tests in the hydraulics laboratory, along with the simulations, allowed us to observe water-barrier interactions in detail. The results of this study provide a foundation for designing safer and more efficient hydraulic structures, assisting engineers in optimizing water flow control and protecting the environment.