With the rapid development of the military industry and the increasing focus on the safety of
those in these fields, there is an increasing search for solutions to existing and emerging …

In this paper, a mathematical model for projectiles shooting in any direction based on
sensors distributed stereoscopically is put forward. It is based on the characteristics of a …

The difference in sound pressure levels between blank and live rounds fired from military
rifles has been investigated. The rifles tested were a Colt Canada C8 carbine rifle, a Lewis …

A powerful soundwave from shooting a firearm can travel great distances harming the
shooter as well as anyone or anything standing nearby. To address this a firearm …

The article presents experimental studies of a newly developed suppression system used in
a firearm. Measurements of sound pressure and recoil of the developed suppression system …

Abstract Background and Aim: Exposure to impact noise (short-term, high intensity) higher
than permitted levels results in injury to the auditory system. Armed forces are one of the …

Impulse noise from small arms presents a risk of noise-induced hearing loss for the
unprotected ear (Table 1). Hearing protection devices (HPDs) are commonly used to …

Advancements in 3D printing technology have enabled the creation of highly efficient and
cost-effective suppressors, offering significant safety benefits for firearm users. Exposure to …

This study aims to explore the development and current state of suppressor technology
through a review of existing research and case studies, and to propose future directions for …

زمینه و هدف: مواجهه با صدای ضربه‌ای (با خاصیت زمان کوتاه و شدت زیاد) بالاتر از حدود مجاز منجر به
بروز آسیب به سیستم شنوایی می‌شود. نیروهای مسلح از جمله گروه‌های شغلی هستند که در معرض …‎