The effects of geometrical parameters (crest height, number of cycles, and plan weir
configuration), are investigated experimentally on labyrinth weirs, over a range of headwater …

The multiphase fluid flow and heat transfer behavior in the steelmaking converter are
essential for efficient and stable smelting. Herein, a mathematical model of heat transfer for …

The selection of Venturis depends on the desired flow measurement sensitivity, permanent
pressure loss, discharge coefficient, and relative pressure loss coefficient. The ISO-5167 …

Dam-break wave propagation in a debris flood event is strongly influenced by accumulated
reservoir-bound sediment and downstream obstacles. For instance, the Brumadinho dam …

The spillways of hydraulic structures transfer excessive water from dam reservoir to the
downstream in a safe and controlled manner. A labyrinth or triangular weir is a flat spillway …

Scale effects generated in the flow over nonlinear weirs have been studied on a limited
number of occasions. Furthermore, the existing studies have been almost exclusively …

Accurate simulation of the air–water interface of the overflowing sheet of water in weirs,
referred to as nappe, is a challenging prospect from a computational fluid dynamics (CFD) …

Shale gas gathering pipelines often contain liquid water and solid sand in the early stage of
production, which leads to the failure of pipeline components easily under the action of gas …

Side weir is an effective control in streams. To study geometrical dimensions effect of the
weir on the generated flow structure, here, experimental and numerical simulation analysis …

Advancements in computational capabilities have enabled engineers and scientists to
numerically model complex turbulent phenomena such as hydraulic jumps. This research …