Modelling the Velocity Distribution around the Hydraulic Structure

Intense pressure and velocity oscillations, as well extensive air entrainment, make the investigation of hydraulic leap created in stilling basins very difficult. Its intricacy, coupled with real-world need for to dissipate energy, puts physical modelling front center. Despite basins' essential role engineering, bibliographic research has often focused primarily on more familiar case classical leap. Thus, a model typical USBR II basin was used investigate features this work. Under framework, investigated jump's free surface profile distribution. A series experiments were conducted compare efficacy modern tools like time-of-flight camera that conventional ones Pitot tube. Notwithstanding some stated constraints, findings demonstrated good depiction sample In addition, instruments substantial impact energy dissipation devices had flow parameters. comparison traditional leaps, significant variations jump form maximum locations within recorded vertical profiles discovered.