MIT Professor Ken Kamrin’s model of granular material flow could impact how we interact with everything from sand and soil to pills and industrial materials.
Could these set of equations stand correct for other granular materials of same size too? or will the adhesive forces come into play to change the equations?
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Could these set of equations stand correct for other granular materials of same size too? or will the adhesive forces come into play to change the equations?
Sand, imo behaves like a Non-Newtonian Fluid with no intramolecular adhesion under tensile loads?
Is surface tension for granular systems related? Numberphille.
ua-cam.com/video/8Jsbyx3nMfU/v-deo.html We Still Don’t Know Why Glass Exists, Here’s Why
0-4-8-16-8-4-0-.. ua-cam.com/video/1cNoTy6USdA/v-deo.html Why Are Soap Bubbles So Colorful?
)|( Light 89 & electron density = nature of sand
Hey, how to get admission in MIT?
I don’t like sand. It’s course, rough and it gets everywhere
- Isaac Newton
A surprise comment to be sure, but a late one