Direct numerical simulations of bubbly multiphase flows are used to find closure terms for a
simple model of the average flow, using Neural Networks (NNs). The flow considered …

The study of naturally occurring turbulent flows requires the ability to collect empirical data
down to the fine scales. While hotwire anemometry offers such ability, the open field studies …

We investigated the dynamics of highly turbulent thermally driven anabatic (upslope) flow on
a physical model inside a large water tank using particle image velocimetry (PIV) and a …

Realistic currents in seas and oceans are almost always changing in depth thus indicative
on the presence of shear in the profile of the mean ambient flow. However, analysis …

High resolution measurements of turbulence in the atmospheric boundary layer (ABL) are
critical to the understanding of physical processes and parameterization of important …

Achieving a better understanding of atmospheric boundary layer flows, and of slope flows in
particular, is of paramount importance for the research of climate processes and production …

We investigated the dynamics of highly turbulent thermally driven anabatic (upslope) flow in
a large water tank using particle image velocimetry (PIV) and a thermocouple grid. The …

A new automated method capable of accurately identifying bursting periods in single-point
turbulent velocity field records is presented. Manual selection of the method sensitivity $\left …

The low-velocity hot bulb anemometers is a type of thermal wind velocity sensor and they
are widely used in various fields, the accuracy and credibility of their measurements are of …

A new method allows accurate detection of bursting periods in single-point velocity field
records is presented. Discrimination between bursting and bursting-free periods is made by …