Numerical simulation data of bubble-structure interactions in near-field underwater explosion

This data set is associated with the numerical simulation of the interactions between a high-pressure gas bubble and a thin-walled aluminum cylinder, in the context of near-field underwater explosion. The fluid dynamics is simulated using finite volume method implemented in the AERO-F solver. The structural dynamics is simulated using finite element method implemented in the AERO-S solver. The two solvers are coupled using an embedded boundary method and the FInite Volume method with Exact two-material Riemann problems (FIVER). The input files to perform this simulation are also provided. Researchers can repeat this simulation, and use it as a starting point to study related problems involving cavitation bubbles, underwater explosion, and fluid-structure interaction in general.