Granular Matter

Papers
(The H4-Index of Granular Matter is 17. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-08-01 to 2026-08-01.)
ArticleCitations
Insights on the internal dynamics of bi-disperse granular flows from machine learning44
Numerical simulation of gas penetration and powder compression during high-pressure dynamic load in silo27
Interaction of regular non-spherical particles with rigid barrier in gravity-driven dry granular flow25
Microscopic insights into thermal cycling effects in granular materials via X-ray microtomography25
Strength and dilatancy of sands from their image-based intrinsic properties24
Image brightness analysis as a tool for strain measurement in photo-elastic compression tests on PDMS granulate22
DEM simulation of small strain and large strain behaviors of granular soils with a coherent contact model21
The effect of friction-weakening on mechanical behaviors of granular soils with different void ratios21
Investigating projectile penetration into immersed granular beds via CFD-DEM coupling19
Effect of basal friction on granular column collapse19
Effect of erodible bed on dynamics of monodispersed collapse of annular granular columns18
Effect of particle holdup on bubble formation in suspension medium by VOF–DPM simulation18
Simulation method for particle-contact friction in granular media17
Correction: Statistics for simulated assemblies of particles from mathematical models17
Experimental study on the influence of grain size distribution, initial water content, and particle shape on the vibration-induced segregation in granular materials17
Multi-scale characteristics of the spatial distribution of space charge density that determines the vertical electric field during dust storms17
Soil fabric of coarse-grained soils sedimented under water and its relation to relative density and excess pore water pressure17
Vibrocompaction behaviour of dry granular matter depends on the dynamic to static stress ratio17
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