Hydraulic jumps have been the object of extensive experimental investigation, providing the
numerical community with a complete case study for models' performance assessment. This …

Turbulent free-surface flows are encountered in several engineering applications and are
typically characterized by the entrainment of air bubbles due to intense mixing and surface …

Monitoring flow in channels is difficult, expensive, and potentially dangerous; hence,
alternatives minimizing these factors are sought and indirect methods to measure the flow …

Measuring flow depths in free-surface turbulent flows can be challenging due to their fast
dynamics and the presence of aeration. This study analyses the suitability of a low-cost …

The characterization of high-velocity air–water flows is crucial for the design of hydraulic
structures including stepped spillways. Recent experimental advances have shown that …

This paper presents a case study of a prototype B-type hydraulic jump produced
downstream an irrigation-regulating gate in a natural river. The inflow Froude number is Fr …

Prototype hydraulic jump experiments were conducted at the Pei-bridge Gates in the Bao
River, China. Two D-jumps formed on the 14° slope downstream one of the 5-m-wide sluice …

A large-scale piano key weir laboratory study was conducted to investigate the evolution of
the scour process occurring in the downstream basin for two non-cohesive granular bed …

Self-aerated open channel flows have been extensively investigated in various physical
scales, but comprehensive depiction of air entrainment and air–water flow properties for …

Robust estimators are parameters insensitive to the presence of outliers. However, they
presume the shape of the variables' probability density function. This study exemplifies the …