1.
Experimental Investigation on Hugoniot Characteristic of Simulated Explosive in Warhead of Protected Overload Against Penetration
抗侵彻过载战斗部模拟装药Hugoniot特性实验研究
2.
The Numerical Simulation for Overload Characteristic of the Ammunition into Concrete Targets
弹药侵彻混凝土过载性能的数值模拟
3.
Numerical Simulation of Overload Characteristics When Projectile Penetrating Armored Steel Plate
弹丸侵彻装甲钢板过载特性数值模拟
4.
The Numerical Simulation and Analysis for Deceleration Characteristic of the Ammunition into Concrete Targets
弹药侵彻混凝土过载特性分析及仿真研究
5.
Experimental Study on Damage to Explosive Charge by Impact Load in the Process of Penetration
侵彻过程冲击载荷对装药损伤实验研究
6.
Numerical Simulation and Comparison Analyses Overload Characteristics of the Initiator and the Projectile s Penetration;
对弹丸侵彻过程及火工品过载情况的三维数值模拟
7.
Research on MCA Method and Penetration Process of Projectile into Concrete Targets;
MCA方法与弹丸侵彻混凝土过程研究
8.
Numerical Simulation on Forming and Penetration Process of Annular EFP
环形EFP成型及侵彻过程的数值模拟
9.
LS-DYNA-Based Process Simulation for Cylindrical Projectile Penetrating Thin Steel Plate
用LS-DYNA模拟柱状弹丸侵彻薄钢板过程
10.
On the Nose Profile Role and Slenderness Ratio of Projectile in Penetration
弹丸头部形状和长径比对侵彻过程的影响研究
11.
Numerical simulation of penetration process for PELE projectile against target
PELE弹侵彻过程壳体膨胀破裂的数值模拟
12.
Numerical Analysis of Armor Pierced Bullet Shell Security during the Penetration
半穿甲弹侵彻过程中壳体强度的数值分析
13.
Microstructure near the penetrated hole in an experimental penetration target and analysis of penetrating process
穿甲靶板弹孔微观结构观察及侵彻过程分析
14.
Numerical Study of Penetration Process of CeramicTarget by Shaped Charge Jets
射流侵彻陶瓷靶过程数值仿真计算(英文)
15.
Analysis of penetration process and failure characteristic of Mg-10Gd-2Y-0.5Zr alloy penetrated by spherical bullet
镁合金靶板在球形弹丸侵彻过程中的破坏分析
16.
Numerical Simulation on Dynamic Response of Concrete under Penetration and Explosion;
混凝土材料在侵彻及爆炸加载下动态响应的数值模拟
17.
Comparison among depths of penetration of different targets subjected to rigid projectile impact
刚性弹侵彻不同靶材的侵彻深度比较
18.
It is proved that contact algorithm of LS-DYNA is reliable.
研究结果表明，装甲材料侵彻试验过程的数值仿真是有效可行的。