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Ballistic gelatin closely simulates the density and viscosity of human and animal muscle tissue, and is used as a standardized medium for testing the terminal performance of firearms ammunition. While ballistic gelatin does not model the tensile strength of muscles or the structures of the body such as skin and bones, it works fairly well as an ...
Dr. Fackler had numerous teaching appointments and was the author of over 300 publications in regards to wound ballistics, body armor, and treatment of injuries for both the military and civilian populations. [5] He is credited with a number of contributions to the field of terminal ballistics, including: [6] [7] [8]
The selection of test backing is significant because in flexible armor, the body tissue of a wearer plays an integral part in absorbing the high energy impact of ballistic and stab events. However the human torso has a very complex mechanical behavior. Away from the rib cage and spine, the soft tissue behavior is soft and compliant. [35]
The Improved Outer Tactical Vest (IOTV) in MultiCam, as issued to United States Army soldiers. A bulletproof vest, also known as a ballistic vest or bullet-resistant vest, is a type of body armour designed to absorb impact and prevent the penetration of firearm projectiles and explosion fragments to the torso.
Ballistics gelatin is wholly unsuitable for testing of all low velocity impacts, as well as weapons that cut. It is mentioned very briefly in the article that "... ballistic gelatin does not model the structure of the body", I think a small section explaining the difference in mechanical properties with actual tissue and why the gelatin is useful for ballistic testing ONLY, would be very ...
During a ballistic test, the requirement is that the projectile would stop, and its penetration should not surpass 1.73 inches (4.4 cm). In 2003, an experiment performed by Lee showed much about the ballistic properties of liquid armor. The experiment showed the strength difference between standard Kevlar and STF-Kevlar.
The bullet has a steel core and has a ballistic coefficient (G1 BC) of approximately 0.374 and (G7 BC) of approximately 0.187. The tip has no distinguishing colour. It can penetrate a 6 mm (0.2 in) thick St3 steel plate at 520 m (569 yd) and 6Zh85T body armor at 110 m (120 yd). 7N13
Hydra-Shok is a type of hollow-point projectile made by Federal Premium Ammunition. It was originally patented by ammunition designer Tom Burczynski. Hydra-Shok was released in 1988 after the FBI requested a bullet with better terminal ballistics than traditional cup and core projectiles. [1]