The high-velocity impact of damaged elasto-plastic media by a two-phase liquid

The deformation and fracture of the damaged visco-elastoplastic bodies of 3D complex form by high velocity impact two-phase liquid loading is simulated numerically. The liquid as the cavitating or with the gas or vapour bubbles and the deforming bodies as the visco-elastoplastic media with the material distributed defects ( micro-voids/micro-cracks) are considered. Practiccally important boundary value problem solutions are proposed by combined FE and FD methods.