Invention A Y branch allows fluid flow to stay attached, dramatically reducing turbulence and pressure loss compared to a T-branch

Original Video Credit: IG/aerojax_cfd The simulation compares airflow through two different duct junctions using Computational Fluid Dynamics (CFD). On the left, the air collides with the flat wall of a traditional T-branch, while on the right it smoothly divides through a curved Y-branch with far fewer visible disturbances. In the T-branch, the abrupt 90-degree change in direction forces the flow to separate from the duct walls, creating swirling vortices and recirculation zones that waste energy. The Y-branch uses a gradual split that keeps the flow attached to the inner surfaces, minimizing turbulence and reducing the pressure drop as the air divides. Although T-branches are often simpler and less expensive to install, Y-branches are commonly preferred in high-performance ductwork and piping systems where efficiency matters. By reducing turbulence and flow resistance, they help move air or fluids more effectively while lowering the energy required to operate fans and pumps. No copyright infringement intended. Content is shared for educational purposes only. Full credit goes to the original creator. For any questions or copyright concerns, please dm or contact us via the email listed on our page. #shorts #Science #education #learn #invention