|Title of the article||
MODELS OF RESISTANCE TO DEFORMATION AND DESTRUCTION OF DISCRETE-TISSUE
Bogomolov Aleksey Ivanovich, Doctor of engineering sciences, professor, sub-department №1, Penza branch of the Military Academy of material logistics named after army general A. V. Khrulyov (Penza-5, Russia), firstname.lastname@example.org
Relevance and goals. The appearance at the present time of a wide range of new high-strength synthetic fibers creates the prerequisites for a qualitative leap in the development of personal protective equipment with elements of discrete-fabric armor. Computer modeling of the functioning processes allows to shorten the duration of the design process and ensure a higher efficiency of personal protective equipment. The aim of the work is to determine the hierarchical structure of material models intended to describe the resistance to deformation and destruction of discrete-fabric elements of personal protective equipment under shock loading.
means of individual protection, discrete-fabric armor, threads, fabrics, structure and structure, mathematical models of materials, parameters of material models, computer simulation, impact loading
1. Kharchenko E. F., Ermolenko A. F. Kompozitnye, tekstil'nye i kombinirovannye bronematerialy. T. 1. Mekhanizmy vzaimodeystviya s ballisticheskimi porazhayushchimi elementami [Composite, textile and combined armor materials. Volume 1. Interaction
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