Drop tower experiments on fine basalt, coarse basalt, and glass beads at 150-1000 mm/s² show volume increases up to 19.6% at lower gravity, with sensitivity varying by particle size, roughness, and uniformity.
L., Kendall, K., & Roberts, A
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An extended ICHA model for adhesive contact on fractal rough soft media is shown to match numerical simulations and experiments on contact stresses, gaps, and spots.
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Experiments on Settling of Granular and Cohesive Material in Low Gravity
Drop tower experiments on fine basalt, coarse basalt, and glass beads at 150-1000 mm/s² show volume increases up to 19.6% at lower gravity, with sensitivity varying by particle size, roughness, and uniformity.
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Modeling the adhesive contact of rough soft media with an advanced asperity model
An extended ICHA model for adhesive contact on fractal rough soft media is shown to match numerical simulations and experiments on contact stresses, gaps, and spots.