#GranularFlows - Twitter Hashtag

over 2 years ago

Join @DufekLab and co as they look into the rheology of granular mixtures, exploring how size, density, and friction impact their flow behavior. Insights from simulations shed light on the complex dynamics of these materials. https://t.co/O8dr5dh5Br #fluiddynamics #granularflows

PhysRevFluids's tweet photo. Join @DufekLab and co as they look into the rheology of granular mixtures, exploring how size, density, and friction impact their flow behavior. Insights from simulations shed light on the complex dynamics of these materials. https://t.co/O8dr5dh5Br #fluiddynamics #granularflows https://t.co/rARvEmDwGI

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Physical Review Fluids @PhysRevFluids

over 3 years ago

PRFluids Editors' Suggestion: Drag, lift, and buoyancy forces on a single large particle in dense granular flows Arjun V. Yennemadi and Devang V. Khakhar https://t.co/dnnvsTAVWs #GranularFlows Large particles can migrate upwards due to a buoyancy force larger than their weight

PhysRevFluids's tweet photo. PRFluids Editors' Suggestion: Drag, lift, and buoyancy forces on a single large particle in dense granular flows

Arjun V. Yennemadi and Devang V. Khakhar
https://t.co/dnnvsTAVWs
#GranularFlows

Large particles can migrate upwards due to a buoyancy force larger than their weight https://t.co/xqETqgPiok

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Bhanjan Debnath @DebnathB1729

about 4 years ago

Our recent article in @JFluidMech explains different shear regimes in gravity flow of a granular material (why most of the recent models may fail except hybrid class models) @chemengiisc @iiscbangalore https://t.co/THScZhStlB #granularflows #kinetictheory #DEMsimulation