舰船电子工程
艦船電子工程
함선전자공정
SHIP ELECTRONIC ENGINEERING
2014年
6期
90-92,103
,共4页
反舰战斗部%环形爆炸成型弹丸%侵彻%数值模拟
反艦戰鬥部%環形爆炸成型彈汍%侵徹%數值模擬
반함전두부%배형폭작성형탄환%침철%수치모의
anti-ship warhead%annular EFP%penetration%numerical simulation
提出一种截面呈弧锥结合状的变壁厚环形药型罩结构，对其形成环形爆炸成型弹丸（EFP）的过程进行数值模拟；建立了舰船侧舷防护模型，将舰船目标等效成多层间隔薄靶，使用新的环形EFP对三层间隔靶板开展垂直侵彻研究。结果表明：新型环形EFP具有良好的飞行稳定性、密实度和材料利用率高等优点；侵彻体可切透前两层靶板，对第三层靶板开环形坑8mm深，切孔外半径达83．39mm ；侵彻体速度呈阶梯式下降，在切透第二层靶板时质量损耗最大。
提齣一種截麵呈弧錐結閤狀的變壁厚環形藥型罩結構，對其形成環形爆炸成型彈汍（EFP）的過程進行數值模擬；建立瞭艦船側舷防護模型，將艦船目標等效成多層間隔薄靶，使用新的環形EFP對三層間隔靶闆開展垂直侵徹研究。結果錶明：新型環形EFP具有良好的飛行穩定性、密實度和材料利用率高等優點；侵徹體可切透前兩層靶闆，對第三層靶闆開環形坑8mm深，切孔外半徑達83．39mm ；侵徹體速度呈階梯式下降，在切透第二層靶闆時質量損耗最大。
제출일충절면정호추결합상적변벽후배형약형조결구，대기형성배형폭작성형탄환（EFP）적과정진행수치모의；건립료함선측현방호모형，장함선목표등효성다층간격박파，사용신적배형EFP대삼층간격파판개전수직침철연구。결과표명：신형배형EFP구유량호적비행은정성、밀실도화재료이용솔고등우점；침철체가절투전량층파판，대제삼층파판개배형갱8mm심，절공외반경체83．39mm ；침철체속도정계제식하강，재절투제이층파판시질량손모최대。
One kind of cut surface arc -tapered annular liner structure was proposed with varied thickness ,and the process of forming annular EFP was simulated .The model of warship broadsides protection was established ,with ship broad-sides equivalent to multilayer thin targets ,and the vertical penetration of three layer targets was carried out using the formed annular EFP .The results showed that the new annular EFP had good flight stability ,density and material utilization ,could cut through the first two layers ,and leave 8mm deep ,83 .39mm radius craters in the third layer of the targets ;the velocity of EFP is stepped down ,with the maximum mass loss when cutting through the second layer of the targets .
