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Numerical Study on Damage Response of Ship Composite Armor Structures to Contact Underwater Explosion

机译:舰船复合装甲结构对水下接触爆炸损伤响应的数值研究。

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As a new type of protection design, composite armor structures have good performance in impact resistance, and have been widely used in ship structure protection. Due to its academic value and potential applicability, the dynamic characteristics of ship composite armor structures were studied in this paper. The whole process of the shaped charge’s explosion and penetration, and the ship composite armor structures’ damage response were described. According to the numerical simulation with Ansys-Autodyn, it was found that the ship composite armor structures were damaged not only by the explosively formed projectile but also by the detached shock wave in the conditions of contact underwater explosion and the thickness of composite armor structures was the main factor effecting the impact resistance properties.
机译:复合装甲结构作为一种新型的防护设计,具有良好的抗冲击性能,已广泛应用于船舶结构的防护中。由于其学术价值和潜在的适用性,本文对舰船复合装甲结构的动力特性进行了研究。描述了聚能炸药爆炸和穿透的整个过程,以及舰船复合装甲结构的损伤响应。根据Ansys-Autodyn的数值模拟,发现在水下爆炸接触条件下,舰船复合装甲结构不仅受到爆炸性射弹的破坏,而且还受到分离的冲击波的破坏,复合材料装甲结构的厚度为影响抗冲击性能的主要因素。

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