Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
An investigation into material selection for sabot of saboted armor-piercing bullets fired on pistols using numerical simulation method
View through CrossRef
This study presents a method and research reusults of material selection for sabot of saboted armor-piercing bullets fired on pistols with caliber of 7.62 mm. The considered materials were aluminum A6061, special composites PEEK (Polyetheretherketone) and ULTEM1000 (Polyetherimide). These materials are lightweight and have excellent chemical-physical-mechanical properties, which meet harsh requirements about thermal resistance and impact resistance for sabot. A numerical method on Explicit Dynamics of ANSYS software was employed in the present work. The simulation result was validated by experiments. The comparision indicated that the obtained results in the study were accurate and can be used in material selection for sabot of saboted armor-piercing bullets fired on pistols with caliber of 7.62 mm and the proposed investigation method was reliable and can be applied in material selection for sabot of saboted armor-piercing bullet’s of different calibers.
Academy of Military Science and Technology
Title: An investigation into material selection for sabot of saboted armor-piercing bullets fired on pistols using numerical simulation method
Description:
This study presents a method and research reusults of material selection for sabot of saboted armor-piercing bullets fired on pistols with caliber of 7.
62 mm.
The considered materials were aluminum A6061, special composites PEEK (Polyetheretherketone) and ULTEM1000 (Polyetherimide).
These materials are lightweight and have excellent chemical-physical-mechanical properties, which meet harsh requirements about thermal resistance and impact resistance for sabot.
A numerical method on Explicit Dynamics of ANSYS software was employed in the present work.
The simulation result was validated by experiments.
The comparision indicated that the obtained results in the study were accurate and can be used in material selection for sabot of saboted armor-piercing bullets fired on pistols with caliber of 7.
62 mm and the proposed investigation method was reliable and can be applied in material selection for sabot of saboted armor-piercing bullet’s of different calibers.
Related Results
Simulation Study on Armor-Piercing Effect of Armor-Piercing Bomb
Simulation Study on Armor-Piercing Effect of Armor-Piercing Bomb
Studying the armor-piercing effect of armor-piercing bomb that attacks aluminum target is essential, because the target can be considered the simulation of the actual fight equipme...
Comparative computational analysis of NATO 5.56 mm, APM2 7.62 mm and AK-47 7.82 mm bullet moving at Mach 2.0 in close vicinity to the wall
Comparative computational analysis of NATO 5.56 mm, APM2 7.62 mm and AK-47 7.82 mm bullet moving at Mach 2.0 in close vicinity to the wall
Comparative Computational Analysis of NATO 5.56 mm, APM2 7.62 mm and AK-47 7.82 mm Bullet Moving at Mach 2.0 in Close Vicinity to the Wall Various rifles require unique bullets. Ea...
Research on simulation of a bullet skimming the ground by the finite element method
Research on simulation of a bullet skimming the ground by the finite element method
It is greatly complicated to research the process of bullets penetrating into the ground due to the diversity and heterogeneity of ground physical characteristics. The empirical fo...
Multi-objective optimization design of tungsten alloy long-rod armor-piercing projectile penetrating ceramic-rubber composite armor
Multi-objective optimization design of tungsten alloy long-rod armor-piercing projectile penetrating ceramic-rubber composite armor
PurposeThis study aims to elucidate the penetration mechanism of tungsten alloy long-rod armor-piercing projectiles impacting ceramic-rubber composite armor under oblique angles. T...
Health risks and complications associated with the use of intraoral and perioral piercing: knowledge of young adults
Health risks and complications associated with the use of intraoral and perioral piercing: knowledge of young adults
The aim of this study was to identify the knowledge of young adults on health risks and complications associated with the use of intraoral and perioral piercing. Material and metho...
Surface Piercing Drag in CFD
Surface Piercing Drag in CFD
Drag force on surface piercing flat plates oriented normal to a flow has been modeled using Ansys CFX v12.1 and compared to experimental results. Surface piercing refers to a body ...
High velocity impact performance of double ceramic stacking on multilayer sandwich armor structures
High velocity impact performance of double ceramic stacking on multilayer sandwich armor structures
For a new armor system development that increases the level of ballistic protection but reduces weight, ceramic materials have recently been utilized due to their features such as ...