兵器材料科学与工程
兵器材料科學與工程
병기재료과학여공정
Ordnance Material Science and Engineering
2010年
1期
95-97
,共3页
李爽%王天运%夏建伟%郑力
李爽%王天運%夏建偉%鄭力
리상%왕천운%하건위%정력
复合结构%侵彻%破片%试验研究%侵彻机理
複閤結構%侵徹%破片%試驗研究%侵徹機理
복합결구%침철%파편%시험연구%침철궤리
composite structure%penetration%fragments%experimental study%penetration mechanism
为指导高动能破片防护结构优化设计,通过模拟破片侵彻试验,对3种多层复合防护结构进行防护性能对比研究,并简要分析不同结构的防护机理.结果表明,在试验对比的结构中,陶瓷/钢/FRP复合结构对高动能破片的侵彻防护性能最佳.
為指導高動能破片防護結構優化設計,通過模擬破片侵徹試驗,對3種多層複閤防護結構進行防護性能對比研究,併簡要分析不同結構的防護機理.結果錶明,在試驗對比的結構中,陶瓷/鋼/FRP複閤結構對高動能破片的侵徹防護性能最佳.
위지도고동능파편방호결구우화설계,통과모의파편침철시험,대3충다층복합방호결구진행방호성능대비연구,병간요분석불동결구적방호궤리.결과표명,재시험대비적결구중,도자/강/FRP복합결구대고동능파편적침철방호성능최가.
Based on the penetration experiments, protective performance of three advanced structures of multilayered composite armors was studied and compared in this article. And the protective mechanism of these armors was analysed briefly. The results show that the multilayered composite armor of ceramic/steel/FRP has the most excellent protective performance.
