Research of the Behavior of Composite Panels under Impact Loads and the Creation of Reliable Protection of Armored Vehicles

Abstract

The problem of protecting people and increasing the safety of technical equipment in situations of combat, emergency and other unforeseen extreme situations caused by a mechanical blow has always been, is and will be relevant. In the material-related aspect, the problem of developing shock-resistant materials is now transformed into the requirements of the present to create multifunctional composite panels and protective structures on their basis. Due to the fact that the experimental achievement of the required durability and reliability of products is a complex technical task (the solution of which requires large energy and financial resources), an important role is obtained by simulating the processes occurring during their operation, which gives recommendations on the correct choice of materials developed composites. In this work, the behavior of composite materials that are in a closed space under the influence of high-speed dynamic load is studied. The purpose of the work is to develop composite materials for light shockproof protective structures and to determine the nature of the packaging, the features of the structure and the level of their physical and mechanical properties. Conducted calculations of economic effect on the results of research.