SIMULATION OF A WAVE PROCESS IN A SHELL WITH PHYSICAL SCHAMEL NONLINEARITY CONSIDERING DAMPING AND SURROUNDING MEDIA
The study of the behavior of deformation waves in elastic shells is an important part of modern wave dynamics. At the same time, the influence on the wave process in physically nonlinear elastic Shamel structures both during longitudinal attenuation of the structure and in an elastic medium has not been studied in the literature. In this paper, we study the effects of structural damping and the environment on the propagation of nonlinear deformation waves, which requires computer simulation. The current approach is used in the construction of difference diagrams. The resulting difference calculations allowed us to interpret physical processes.