A force-balance model of an isolated three-grain cluster predicts the statistical alignment of principal stresses in granular packings, matching simulations of hopper and shear flows for the angle variables but not for the full stress anisotropy.
1(b), whereas unconstrainedAreaches ±3, the extremes arising when angular separations van- ish
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Alignment and anisotropy of stresses in disordered granular media
A force-balance model of an isolated three-grain cluster predicts the statistical alignment of principal stresses in granular packings, matching simulations of hopper and shear flows for the angle variables but not for the full stress anisotropy.