王　琳1，崔　林1，2，杨　林1，李国飞1，王志强1，徐鸿雁1，徐　海1，郭一谚1，庄　杰3

（1.中国兵器科学研究院宁波分院，山东　烟台　264003；2.冲击环境材料技术重点实验室，山东　烟台　264003；3.内蒙古北方重工业集团有限公司试验基地）

摘　要：高防护能力、轻质是复合装甲综合防护能力提升的重要目标。在传统抗弹性能设计基础上，对轻质吸能复合装甲结构进行了研究，通过数值计算和仿真分析建立了一种轻质吸能防弹结构，以同等面积下质量12.8 kg，100 m／0°可有效防护7.62 mm 穿甲燃烧弹对该结构进行考核，并通过靶试试验验证了该结构的可行性。

关键词：高防护能力；抗弹性能；轻质吸能防弹结构

中图分类号：　文献标识码：A

作者简介：王琳（1991—），女，硕士研究生，E-mail：wangling＿0605＠126.com。(www.daowen.com)

Research on a lightweight energy-absorbing bulletproof structure

WHANG Lin1，CUI Lin1，2，YANG Lin1，LI Guo Fei1，WANG Zhi Qiang1，XU Hong Yan1，XU Hai1，GUO Yi Yan1，ZHUANG Jie3

（1.Ningbo Branch of China Academy of Weapons Science，Yantai 264003，China；2.Key Research Laboratory of Impact Environmental Material Technology，Yantai 264003，China；3.Test base of Inner Mongolia north heavy inductries group corp.ITD）

Abstract：High protection capability and light weight are important goals for the comprehensive protection of composite armor.Based on the traditional anti-elastic design，the lightweight energy-absorbing composite armor structure is studied.Through numerical calculation and simulation analysis，a lightweight energy-absorbing and anti-ballistic structure is established.The structure can be effectively protected against 7.62mm armor-piercing ammunition by weight less than 12.8kg and 100m／0° in the same area，and the feasibility of the structure is ver⁃ified by the target test.

Keywords：high protection capability；anti-elastic；lightweight energy-absorbing composite armor struc⁃ture