BODY INJURIES CAUSED BY RESIDUAL JET MATERIAL AND ARMOR SPALLS AFTER IT HAD BEEN PERFORATED BY THE PG-7 HEAT PROJECTILE

The study aimed to investigate the effects of the armor spalls produced by the jet material and the residual jet material after the explosion of the PG-7 HEAT projectile on the human body. The study concludes that if the jet material perforates the vehicle's armor, the residual jet (even the one on the verge of armor penetration) constitutes a lethal threat to the crew of the attacked vehicle, and it is challenging to protect against the mentioned threat. Additionally, it was shown that when the stream passes through the human body, the bone fragments generated may constitute secondary projectiles that pose a danger to people outside the area of the stream passage. However, armor spalls, on the other hand, are a less severe threat, as many of them can be stopped by spall-liners.

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Publication Details

Published
2025-05-07
DOI
https://doi.org/10.12783/ballistics25/37210
Primary Topic
High-Velocity Impact and Material Behavior
Type
article
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article

BODY INJURIES CAUSED BY RESIDUAL JET MATERIAL AND ARMOR SPALLS AFTER IT HAD BEEN PERFORATED BY THE PG-7 HEAT PROJECTILE

Jarosław Berent, Paweł Żochowski, Katarzyna Berent, Anna Smędra et al.
High-Velocity Impact and Material Behavior
article

BODY INJURIES CAUSED BY RESIDUAL JET MATERIAL AND ARMOR SPALLS AFTER IT HAD BEEN PERFORATED BY THE PG-7 HEAT PROJECTILE

Jarosław Berent, Paweł Żochowski, Katarzyna Berent, Anna Smędra, P. Sidelnik, Tomasz Meda, A. Wasilewski
article en

Abstract

The study aimed to investigate the effects of the armor spalls produced by the jet material and the residual jet material after the explosion of the PG-7 HEAT projectile on the human body. The study concludes that if the jet material perforates the vehicle's armor, the residual jet (even the one on the verge of armor penetration) constitutes a lethal threat to the crew of the attacked vehicle, and it is challenging to protect against the mentioned threat. Additionally, it was shown that when the stream passes through the human body, the bone fragments generated may constitute secondary projectiles that pose a danger to people outside the area of the stream passage. However, armor spalls, on the other hand, are a less severe threat, as many of them can be stopped by spall-liners.

Openalex Percentile: Top 93%
High-Velocity Impact and Material Behavior
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