Abstract
Described are the results of experiments designed to study the reflection of dispersive plastic waves in finite strain at a linear elastic boundary. Three interface conditions at the boundary are considered: glued, Coulomb friction, and lubricated. The observed large differences in response for this variation of radial constraint at the interface have led to the conclusion that such differences arise from the presence or absence of a radial shear wave. The radial shear wave, generated by reflection from an interface having a high pressure silicone lubricant, propagates along the axis of a cylinder with axially symmetric radial displacement and strain.
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