Numerical investigation of perfect gas behaviour inside a vibrating cyllindrical cavity under isothermal boundary conditions

Numerical investigation of vibration action on a cylindrical cavity filled with a viscous perfect gas was performed. The boundaries of the cavity were maintained at a constant temperature equal to the initial one. The problem was solved in the two-dimensional axisymmetric statement. The numerical solution to the problem is compared with the analytical solution in the linear approximation. The nonlinear effects are described.