Abstract
This paper reports the study on behavior phenomenon of shock waves in water sealed with an aluminum container numerically and experimentally. In the numerical study, the propagation of shock waves in the container is calculated by LS-DYNA using the Johnson-Cook model and the Tait equation. We observe the propagation phenomena of shock waves generated in water part of the container by elastic-plastic deformation of aluminum using the schlieren method. From these results, we examine the complicated propagation of shock waves in the target container.
