Due to the poor protection of light armored vehicles on the modern, a bulletproof panel support structure is designed and briefly described using 3D modeling software. After verification, the designed bulletproof panel support structure can not only ensure that the passengers in the car have a better observation of the field of view, but also enable the passengers to protect the incoming projectile more effectively according to the actual situation of the battlefield.
In order to study the penetration ability of long rod projectile into non-explosive reactive armor, a numerical simulation model of long rod projectile penetrating into non-explosive reactive armor at different target angles is established by using LS-DYNA software, and the influence of different target angles on the penetration process of projectile is analyzed. Through the analysis of simulation results, it is known that when the target angle reaches 40 °, the impact of the target plate on the projectile body is the most serious. When the target angle is between 30 ° and 40 °, the damage degree of the projectile body is much greater than that below 30 ° with the change of the angle.
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