Paper Publications
Current position: Home > Scientific Research > Paper Publications- 段浩阳（硕士）.王治. 郑晓波,周晏霈,王志凯. 空爆载荷下双孔钢板的破坏模式及孔间影响分析,应用力学学报,[J].2025,:1-14
- Zhou Y.Wang Z. Yao X,Wang M,Cui X. Study on the characteristics of shock wave propagation in explosively driven shock tubes,Experimental Mechanics,[J].2025,65:1489–1509
- Wei Q.Wang Z. Shi D,Zhou Y,Duan H. Failure modes of perforated steel plates with edge precracks under blast loading: experimental and numerical study,International Journal of Impact Engineering,[J].2025,206:105448
- 姚熊亮.王治. 周晏霈. 强冲击载荷下单向加筋板拉伸撕裂的临界条件,爆炸与冲击,[J].2024,44(2):88-100
- Wang Y.Wang Z. Yao X,Yang N. Effect of Lode angle in predicting the behaviour of stiffened 921A steel target plates in ballistic impact by truncated ogive projectiles,International Journal of Impact Engineering,[J].2024,185:104841
- Wang Y.Wang Z. Zhang W,Yang N,Yao X. A new similarity law for penetration of steel plates by blunt projectiles,Ships and Offshore Structures,[J].2024,19(2):149-158
- Wang Y.Wang Z. Liang S,Yao X,Yang N. Experimental and numerical study on the failure modes of ship stiffened plate structure under projectile perforation,International Journal of Impact Engineering,[J].2023,178:104590
- Wei Q.Wang Z. Shi D,Yao X. Method based on the membrane theory for equivalence between arbitrarily shaped pressure pulse applied on circular plate and rectangular pressure pulse,International Journal of Impact Engineering,[J].2023,179:104658
- Wang Y.Wang Z. Yao X,Yang N. Material similarity law of blunt projectiles penetrating scaled steel target plates,International Journal of Impact Engineering,[J].2023,178:104603
- Wang Y.Wang Z. Yao X,Yang N. Compensation model for truncated ogive projectiles penetrating ship stiffened plates made from different materials,Ocean Engineering,[J].2023,286:115604