A SEARCH FOR TECHNOLOGIES IMPLEMENTING A HIGH FIGHTING EFFICIENCY OF THE MULTILAYERED ELEMENTS OF MILITARY EQUIPMENT

Technologies for the production of multilayered spherical bottoms and cylindrical shells of quasi-layered material and compaction of the multilayered wall of military equipment elements are developed. The need for these studies is associated with increasing survivability and eliminating fragmentation effects of multilayered structures on manpower and equipment that use pressure vessels (submarines, flamethrower vessels, elements of armored vehicles). Operating conditions for the most efficient use of structures made of layered structural materials are presented. Their advantages in operation and production are described. The highest efficiency is achieved with firm adhesion of structural layers or with the use of quasi-layered materials. The solution to this problem is possible using the energy of high explosives. It is experimentally found that explosive loading leads to an increase in toughness and ballistic resistance of treated materials. Analysis of various methods of multilayered wall compaction is carried out and the most effective technologies are proposed. As a result of the research, process parameters, requirements for process equipment are established. The importance of the presented studies is associated with increasing the fighting efficiency, survivability of military equipment and personne