The present research was conducted to investigate the effect of sill geometry and sill width
on the discharge coefficient and hydraulic jump characteristics. For this purpose, sills with …

In this study, the effects of the gate opening, sill placement with different widths under the
gate, and the sill position from under the gate on the discharge coefficient were investigated …

This study numerically investigates the effect of the edge of a sliding valve with a sill of
different widths. The sill is introduced in the labyrinth sliding valve. The simulations were …

It is necessary but difficult to accurately predict the water levels in front of pumping stations of
an open-channel water transfer project because of the complex interactions among …

Vortex structures are generally considered the common energy-dissipating infrastructures in
order to convey urban surface waters. During transferring wastewater in such urban …

The use of gate-sill combinations in recent years has been one of the new methods in
increasing the hydraulic performance of gates, including the discharge coefficient (Cd). The …

Here, the effect of sill application on hydraulic jump parameters has been investigated. The
model of sills is made of polyethylene in various dimensions. The sills were investigated in …

Vortex structures are widely employed for energy dissipation in urban surface water
conveyance systems. When transporting wastewater through these networks, a substantial …

This study numerically investigated the effects of geometric parameters of chimney weirs on
the discharge coefficient (Cd). Here, chimney weirs with apex angles 74°, 84°, 94.4°, 106° …

Viable renewable energy sources must be low-cost, easy to install, clean, and reliable if they
are to meet the energy demand of urban or rural areas. Water is able to provide efficient …