Experimental Research and Numerical Analysis of Penetration of the Twaron T750 Aramid Fabric with the 9 mm Parabellum Projectile

Abstract

The paper presents results of experimental research and numerical analysis of the penetration process of the Twaron T750 aramid fabric with the 9 mm Parabellum projectile (brass jacket, lead core). Numerical simulations of the 9 mm Parabellum projectile impact into 10 and 16 layers of the Twaron T750 fabric with the use of the Ansys Autodyn v13 program for dynamic analyses were conducted on the basis of 3-dimensional solid numerical models. As a boundary condition in the experiment and in the numerical simulations it was assumed that all the four edges of the fabric were fixed. In the numerical simulations the sample of 50x50 mm dimensions and the impact velocities Vi = 448 m/s for 16 layers of the Twaron T750 fabric and Vi = 454 m/s for 10 layers of Twaron T750 fabric were adopted. In the paper the results of the numerical simulations for three material configurations with the same friction coefficients and for different values of yarn-yarn friction in case of one material configuration are presented. Residual velocity of the penetrator for the highest friction coefficient µs = 1 decreased of 13.1% in comparison to simulation with no friction (µs = 0).

Authors and Affiliations

Adam WIŚNIEWSKI, Dawid PACEK

Keywords

Related Articles

Effect of Controlled Gas Nitriding on the Durability of the Barrels of Small Arms

The project research – development, implemented in a consortium: Institute of Precision Mechanics (Warsaw, Poland), Military University of Technology (Warsaw, Poland) and Small Arms Factory (Radom, Poland), studies were...

Pomiary drgań izolowanych fragmentów konstrukcji płatowcowych z zastosowaniem analizatora modalnego LMS SCADAS Lab

Przed wydaniem świadectwa typu dla wprowadzanego do eksploatacji samolotu nadzór lotniczy w myśl obowiązujących przepisów określa wymogi dotyczące min. testów wibracyjnych. Na etapie uzyskiwania zgody na próby w locie na...

Artillery-Missile System Control Under Disturbances Conditions Using a Modified Computed Torque Control Method

The paper addresses the issue of remote control of a artillery-missile system when the system is affected by dynamic and kinematic disturbances. The dynamic disturbances analysed in the paper includes disturbances from s...

Metodyka wykreślania krzywej σ = σ (ε) z uwzględnieniem sztywności maszyny wytrzymałościowej

Próba statycznego rozciągania jest podstawową próbą wytrzymałościową stosowaną do określania właściwości mechanicznych materiałów konstrukcyjnych, z których najważniejszymi są: granica plastyczności, wytrzymałość doraźna...

The Analysis of Terminal-Ballistic Behaviour of a Pistol Bullet Penetrating a Block of Substitute Biological Material

This article presents an experimental and numerical approach to estimate the ballistic limits of the pistol hollow point bullet of the Action 5 cartridge penetrating a block of substitute biological material using a wide...

Download PDF file
  • EP ID EP62873
  • DOI -
  • Views 122
  • Downloads 0

How To Cite

Adam WIŚNIEWSKI, Dawid PACEK (2013). Experimental Research and Numerical Analysis of Penetration of the Twaron T750 Aramid Fabric with the 9 mm Parabellum Projectile. Problemy Mechatroniki. Uzbrojenie, lotnictwo, inżynieria bezpieczeństwa, 4(3), 7-22. https://europub.co.uk/articles/-A-62873