title: cylindrical air cavities, mathematical model of shock wave deformation, inertia of the liquid-gas cavities system, mass of model charges
abstract: The issues of protection of underwater objects using cylindrical air cavities are studied. In a number of tasks, it is fundamentally important to have not only the distribution of the pressure field in the liquid because of the movement of the boundaries of the deformable system, but also the parameters of the movement of the liquid itself. In this case, the parameters of the liquid movement have a significant effect on the fastening conditions of the gas cavities. The shock wave, spreading in w
journal: Construction and industrial safety