Particle-fluid flow in complex fractures plays a crucial role in the stimulation of
unconventional reservoirs. In this paper, particle transport experiments were conducted in a …

The flow field and the sediment motion generated over a rippled bed by a uniform and
oscillating pressure gradient are evaluated by means of a direct numerical simulation of …

Bedload sediment transport is ubiquitous in shaping natural and engineered landscapes,
but the variability in the relation between sediment flux and driving factors is not well …

The dynamics of sediment grains picked-up from the seabed and dragged by the oscillatory
flow induced by wind waves close to the bottom is investigated for moderate values of the …

Turbulence models are critical for depth-averaged flow models in at least two ways:(i) as
closures for momentum equations and (ii) as indicators of the spatial variability in the …

Direct numerical simulations of turbulent flows over highly permeable porous walls were
performed at various Reynolds numbers to examine the effects of the Reynolds number on …

We have numerically investigated the turbulent flow and sediment grain motion in an open-
channel flow configuration over a subaqueous sediment bed featuring two-dimensional …

This paper uses unique data from Lebanon to explore the factors affecting promotion in
academia. We use the Ordered Probit model to answer the research question empirically …

We present results from Euler–Lagrange simulations of turbulent flow over an erodible
monodisperse bed of particles at a shear Reynolds number of R e τ= 180. The Galileo …

Research has shown that gender inclusive collaborations have higher quality of science.
Therefore, to promote increased gender equity and collaboration across the genders proper …