CERTIFICATION

TESTING  of  BALLISTIC RESISTANT PROTECTIVE

Testing & Certification your materials and products in terms of  Technical standards :

EU standard :  EN 1063, EN 1522, EN 1523   

NATO standard AEP 55 STANAG 4569   -  class I, II. and III.

US standard :  NIJ Standard – 0108.01

 

 

driveING Ballistic Laboratory & SHARP expert´s

University of Zilina

 

RESEARCH  &  ANALYSIS  of deformation effects of bullets

 

PARTNERI VÝSKUMU

Žilinská univerzita v Žiline
Ústav súdneho inžinierstva Žilina
Znalecká organizácia SHARP
driveING

 

DURATION :  from  2012  till : 2018

The aim of the research and analysis is to create a mathematical model for calculating the coefficient of the penetration characterizing the ballistic protection of metallic materials. The ballistic protection means the ability of the material to resist the effect shoots. The penetration of the tested steel plate was the monitored parameter. The steel plate either resists the effect of the kinetic energy of the shoot or the shoot causes its penetration.

The steel sheets of different thicknesses and various mechanical properties are largely used for shooting-range construction. The steel sheets are especially used for the production of trapping ballistic apertures, protective ballistic walls, bullet catchers, etc. The thickness of the steel sheets is most often designed by an estimation or a practical test when the proposed steel sheet is loaded by the action of the shoots of the biggest expected caliber which will be used at the specific shooting-range. In these tests, however, the necessary structural design conditions are often not followed. The results are therefore inaccurate, resulting in a reduction in the maximum authorized ammunition. In case of the shooting-range construction designed for the snipers training, an inappropriate design of protective steel plates may result in obstruction of the training and loss of investment.

By analyzing the spheres and the deformation effects of the shoots, the mathematical model of the calculation of the coefficient of the penetration characterizing the ballistic protection of a particular metal material, was defined by the known mathematical dependencies of the shear mechanism. The mathematical model for calculating the coefficient of the penetration is an instrument for designing materials, assessing of their ballistic protection against the effect of the kinetic energy of the shoots, clarifying the course of the shoot due to deformations or identifying ammunition and weapon.

Ballistic laboratory driveING

Senohrad 213,  962 43  Senohrad ( SK )   &  Training centre LEST

Ing. Anton TURON, PhD. 0911 501 460

Ballistic Laboratory 0911 757 241

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