The Physics of Crushing a Can: A Lesson in Nonlinear Pattern Formation
A new study in Communications Physics investigates the buckling behavior of fluid-filled cylindrical shells, like a soda can, under compression. The research reveals that localized, axisymmetric corrugations appear sequentially across the surface, ultimately forming an evenly spaced pattern. This process of pattern formation is shown to be critically dependent on material nonlinearities, a finding that provides a fundamental mechanical model for how complex structures deform under stress.
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