Numerical Analysis of the Effect of Reinforcement Structure on the Dynamic Behavior and Ultimate Deformability of Composite Shells of Revolution

Modeling the dynamic bending of rigid-plastic fiber-reinforced laminated curvilinear doubly connected thin plates with free outer contour

“…Structures of composite materials are widely used in modern engineering. The problem of studying the dynamic plastic deformation of fiber-reinforced plates and shells is topical at present, but, despite its importance, theoretical research in this direction is insufficient [1][2][3][4][5][6][7][8]. The study of the dynamic behavior of various thin-walled structural elements under the influence of high-intensity loads is of great importance for assessing their damage, as well as in the creation of such elements by the methods of pulse stamping.…”