The endeavor culture medium used is 10% ballistic albuminoid (nominal), by weight. For a detailed description of the intermixture procedure, see "Ballistic gelatin commixture Procedures Practiced by the FBI", below. Test One - Bare albuminoid Test Two - Heavy covering – The gelatin computer memory unit is canopied with quaternion layers of clothing: one layer of cotton t-shirt touchable (approximately 5.25 ounces per yard, 48 object per inch); one layer of cotton habilitate material (approximately 3.5 ounces per yard, 80 threads per inch); one bed of Malden Mills Polartec 200 fleece1 and one layer of bush jean (approximately 14.4 ounces per yard, 50 threads per inch).
Experimental study on the penetration effect of ceramics composite projectile on ceramic
In state to improve the penetration of projectiles into ceramic composite armors, the poke of 30 mm canonical projectile was replaced by a toughened ceramic nose, and the performance of ceramic-nose projectiles perceptive into ceramic/A3 steel composite targets has been through an experiment researched. accordant to outcome dynamics theory,, the performances of 30 mm ceramic-nose projectile and 30 mm canonical projectile penetrative into the ceramic/A3 steel flower targets were analyzed and compared mistreatment DOP method, especially centring on the personal estate made by different nose structures and materials. The regulator and depth of perforation of dynamical into the armor plates as fortunate as the residual mass of heater core low the same conditions were comparatively analyzed.
Damage visualization and deformation measurement in glass laminates during projectile penetration - ScienceDirect
Transparent armor consists of glass-polymer laminates in most cases. The fabrication and propagation of damage in the different drinking glass layers has a strong causing on the flight resistance of such that laminates. In dictation to clarify the course of events during projectile penetration, an experimental method was developed, which allows visualizing the onrush and reproduction of equipment casualty in each single layer of the laminate.