Simple two-grain capillary bridges account for nearly 85% of the isotropic capillary pressure in sheared wet granular materials at low liquid content, while complex clusters contribute weakly, and feeding these morphology-resolved stresses into an effective-stress model reproduces the macroscopic摩擦係
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Morphology-resolved stress contributions in sheared wet granular materials
Simple two-grain capillary bridges account for nearly 85% of the isotropic capillary pressure in sheared wet granular materials at low liquid content, while complex clusters contribute weakly, and feeding these morphology-resolved stresses into an effective-stress model reproduces the macroscopic摩擦係