ANALYSIS OF MODELS OF THE DYNAMICS AND STRESS-DEFORMED STATE OF THE ELEMENTS OF THE TRANSITIONAL SUPPORTING STRUCTURE OF THE TURRET SHEET OF LIGHT ARMORED VEHICLES

The work describes a parametric model of the dynamics and stress-strain state elements transitional supporting structure sub-turret sheet light armored vehicles. mass-inertial characteristics combat module, thickness overall dimensions underturret transition sheet, as well rate fire caliber module’s weapons are used varied parameters. effect unertower on natural frequencies forms vibrations was studied. response to action impulse reactive recoil forces when firing from module is also determined. Based calculations made for test design, regularities influence parameters power vehicles were established. developed makes it possible form specialized database. This database accumulates information about dynamic, stiffness strength properties system «combat - hull lightly vehicle». proceed analysis real structures, formation recommendations regarding substantiation rational that being designed or modernized. Keywords: vehicle; module; undertower sheet; dynamics; state;