Data from many of our experiments as well as scripts for processing them are openly available on open repositories as listed below. Click on the links below to be redirected towards the data, and follow the instructions that we wrote directly on the repositories for using and processing the data.

Bedload and Dunes

Dataset for "Barchan dunes cruising dune-size obstacles"

Experimental data on binary interactions of subaqueous barchans

Bidisperse beds sheared by viscous fuids: Grain segregation and bed hardening

Experimental data on barchan-barchan interaction with bidisperse grains

Experimental data on barchan-barchan interaction at the grain scale

Numerical data for "Force distribution within a barchan dune"

Experiments dataset for "Barchan dunes on bidispersed granular beds"

Data for "Turbulent channel flow perturbed by triangular ripples"

Dataset for Turbulent Flow in Binary Barchan Interaction: PIV_Single_Dune

Dataset for Turbulent Flow in Binary Barchan Interaction: PIV_Dunes_in_Interaction

Dataset for Turbulent Flow in Binary Interaction: PTV

Impact, cratering and intruders

Dynamics of granular beds undergoing impact and cratering

Impact craters formed by spinning granular projectiles

Collaborative behavior of intruders moving amid grains

Contacts, motion and chain-breaking in a two-dimensional granular system displaced by an intruder

Fluidized beds and hydraulic conveying

Numerical data for "Resolved CFD-DEM simulations of the hydraulic conveying of coarse grains through a very-narrow elbow"

MATLAB scripts for processing and post-processing experimental data for "Crystallization and jamming in narrow fluidized beds"

Numerical scripts for processing and post-processing numerical and experimental results of layer inversion in solid-liquid fluidized beds

Dataset for "Motion and clustering of bonded particles in narrow solid-liquid fluidized beds"

Crystallization and refluidization in very-narrow fluidized beds

Data for Micro Fluidized Beds with air

Dataset for "Bidisperse micro fluidized beds: Effect of bed inclination on mixing"

Others

Wolfram Mathematica and MATLAB scripts for solving the Orr-Sommerfeld equation for a Carreau-Yasuda fluid over an inclined plane

Matlab implementation of a numerical strategy to study the onset of surface waves in flows of non-Newtonian liquids