We present direct numerical simulation (DNS) of a stationary turbulent hydraulic jump with
inflow Froude number of 2, Weber number of 1820 and density ratio of 831, consistent with …

For a surface-piercing hydrofoil traveling at high speed, a turbulent hydraulic jump may arise
at the intersection of the body with the free surface. This hydrodynamic phenomenon …

The air entrainment characteristics of three separate Froude number hydraulic jumps are
investigated numerically using an unsteady RANS, realizable k–ε turbulence model, with a …

The simulation of free surface bubbly flows using a two-fluid model remains a challenging
problem in part due to the lack of a comprehensive air entrainment model that can predict …

Abstract Both RaNS (Reynolds-averaged Navier–Stokes) and DES (Detached Eddy
Simulation) type turbulence models were used in conjunction with a two-fluid model of …

We present high-resolution implicit large eddy simulation (iLES) of the turbulent air-
entraining flow in the wake of three-dimensional rectangular dry transom sterns with varying …

A high resolution computational fluid dynamics model is used to simulate a steady air
entraining laboratory scale hydraulic jump. A detailed examination of shear layer instabilities …

This article describes a stereoscopic multi-camera calibration method that does not require
any optical model. It is based on a measure of the light propagation within the measurement …

Estimation of turbulence intensity within a highly-aerated turbulent flow is challenging. A
possible way is to record bubble arrival information using intrusive phase-detection probes …

A free-surface flow can change from a supercritical to subcritical flow with a strong
dissipative phenomenon called a hydraulic jump. Herein the progress and development in …