Please use this identifier to cite or link to this item: http://hdl.handle.net/2080/3244
Title: Simulation of Bullet Penetration using Finite Element Method
Authors: Jena, D P
Jena, Dusmanta Kumar
Kumar, Shivcharan
Keywords: Bullet Penetration
AK47 7.62×39 Bulle
7.62×25 Bullet
Hollow Point Bullet
FEA
Issue Date: Feb-2019
Citation: International Conference on Range Technology (ICORT), Chandipur, India, 15-17 February 2019
Abstract: Present research work simulates the dynamics of a bullet and its penetration over a steel plate. The role of various parameters such as angle of impact, velocity of impact, angular velocity of bullet and mass of the bullet have been investigated numerically using finite element method. To start with, a configuration from literature has been taken and numerically investigated to establish the robust simulation technique based on explicit dynamics. The demonstrated estimated simulation result agrees to the reported experimental result adequately. Subsequently, various configurations of bullets such as ak47 7.62×39 bullet, 7.62×25 bullet and hollow point bullet have been taken for investigation. The influence of angle of impact has been examined by changing the angle of impact (00 -600 ) with constant linear and angular speed. Subsequently, the linear and angular velocities, and density of the bullets have been varied with respect to angle on incidence and the corresponding results have been demonstrated to understand the most optimal performance of the bullet and bullet parameters. Moreover, the estimated penetration depths and analytical validation of kinetic energy for all configurations have been presented in the paper in detail
Description: Copyright of this document belongs to proceedings publisher.
URI: http://hdl.handle.net/2080/3244
Appears in Collections:Conference Papers

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