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- W2561489494 abstract "Unlike dry granular materials, a dense granular suspension like cornstarch in water can strongly resist extensional flows. At low extension rates, such a suspension behaves like a viscous liquid, but rapid extension results in a response where stresses far exceed the predictions of lubrication hydrodynamics and capillarity. To understand this remarkable mechanical response, we experimentally measure the normal force imparted by a large bulk of the suspension on a plate moving vertically upward at a controlled velocity. We observe that above a velocity threshold, the peak force increases by orders of magnitude. Using fast ultrasound imaging we map out the local velocity profiles inside the suspension which reveal the formation of a growing jammed region under rapid extension. This region interacts with the rigid boundaries of the container through strong velocity gradients, suggesting a direct connection to the recently proposed shear-jamming mechanism." @default.
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- W2561489494 date "2017-01-09" @default.
- W2561489494 modified "2023-10-16" @default.
- W2561489494 title "Dynamic shear jamming in dense granular suspensions under extension" @default.
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- W2561489494 doi "https://doi.org/10.1103/physreve.95.012603" @default.
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