Magnetic resonance velocimetry (MRV) is a non-invasive technique capable of measuring
the three-component mean velocity field in complex three-dimensional geometries with …

In his landmark paper of 1883, Reynolds addressed the question of why the fluid motion
along a pipe changes from a laminar to a turbulent state at modest flow rates. His …

The past five years have seen exciting new developments in Flow MRI. Two-dimensional
images are now routinely acquired in 100–200ms and, in some cases, acquisition times of 5 …

Granular dynamics govern earthquakes, avalanches, and landslides and are of fundamental
importance in a variety of industries ranging from energy to pharmaceuticals to agriculture …

We present a method for accelerating the acquisition of phase-encoded velocity images by
the use of compressed sensing (CS), a technique that exploits the observation that an under …

We review the uses of nuclear magnetic resonance techniques for experiments with fluids.
More precisely we focus on the progress of knowledge in complex flows, rheology of …

Magnetic resonance (MR) techniques are increasingly used to improve our understanding of
the multi-component, multi-phase processes encountered in chemical engineering. This …

This paper reviews recent developments in Magnetic Resonance Imaging (MRI) which
enable it to follow particle motion in fluidized beds. Imaging with a spatial resolution of 400 …

Ultrafast magnetic resonance imaging, employing spiral reciprocal space sampling and
compressed sensing image reconstruction, is used to acquire velocity maps of the liquid …

In recent years there has been significant developments in the reconstruction of magnetic
resonance velocity images from sub-sampled k-space data. While showing a strong …