Abstract
The problem of elastic wave refraction in an elastic-plastic half-space (EPH) in the active loading domain has been investigated /1–4/ for different models of an elastic-plastic body. The problem has been solved /5/ for refraction of a pure shear elastic wave that has a profile of steps of finite length in an EPH in both the active plastic loading domain and in the unloading zone under the assumption that the material behind the unloading shock (US) is in the elastic state. It is shown below for this problem that a plastic loading process can be realized behind the US front and a solution is constructed in the secondary plastic flow zone.
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