表9-7 端粒巴沙木芯(end-grain balsa wood core)*MAT_143 和*MAT_002 材料模型参数DEKA L J, VAIDYA U K. LS-DYNA&174; Impact Simulation of Composite Sandwich Structures with BalsaWood Core [C]. 10th International LS-DYNA Conference, Detroit, 2008....[继续阅读]

    文献作者采用Hopkinson 拉杆对35CrMnSiA 准静态到3000s-1 应变率条件下的力学性能进行了研究,并进行了高温实验,根据实验结果拟合了Johnson-Cook 本构模型参数。表2-50 Johnson-Cook 模型参数(一)耿宝刚,等. 35CrMnSiA 动态力学性能研究 [C]. 第十三...[继续阅读]

    表12-102 爆炸产物的JWL 状态方程参数DOBRATZ B M, CRAWFORD P C. LLNL Explosives Handbook [R]. UCRL-52997 Rev.2, January 1985....[继续阅读]

    表13-162 基本材料参数E:弹性模量;G:剪切模量;v:泊松比;S:强度值;1～3:材料主方向;n 和s:层间法向和剪切方向。J VAN HOOF. Numerical Head and Composite Helmet Models to Predict Blunt Trauma [C]. 19th InternationalSymposium of Ballistics, Interlaken, Switzerland, 2001.纤维...[继续阅读]

    表7-14 SHOCK 状态方程参数Selected Hugoniots [R]. Los Alamos Scientific Laboratory, LA-4167-MS, 1 May 1969....[继续阅读]

    表12-122 JWL 状态方程参数(一)LU J P. SIMULATION OF AQUARIUM TESTS FOR PBXW-115(AUST) [C]. Proceedings of the 12ndInternational Detonation Symposium, San Diego, California, 2002.表12-123 JWL 状态方程参数(二)TAMER ELSHENAWY, Q M LI. Influences of target strength and confin...[继续阅读]

    表3-89 *MAT_PLASTIC_KINEMATIC 模型参数注:原文中Etan 为G。李松宴, 郑志军, 虞吉林. 高速列车吸能结构设计和耐撞性分析 [J]. 爆炸与冲击, 2015, 35(2): 164-170....[继续阅读]

    表2-110 Johnson-Cook 模型参数(一)S ROLC, J BUCHAR, Z AKSTEIN. Influence of Impacting Explosively Formed Projectiles on Long RodProjectiles [C]. 26th International Symposium on Ballistics, Miami, 2011.表2-111 Johnson-Cook 模型参数(二)J BUCHAR. Ballistics Performance o...[继续阅读]

    表12-19 爆炸产物JWL 状态方程和未反应炸药Gruneisen 状态方程参数GUIRGUIS R, BERNECKER R. Relation Between Sensitivity, Detonability, and Non-ideal Behavior:Proceedings of the 11st International Detonation [C]. Snowmass, CA, 1998....[继续阅读]

    表3-104 第一套*MAT_HONEYCOMB 参数(单位制为cm-g-μs)表3-105 第二套*MAT_HONEYCOMB 参数(单位制为cm-g-μs)MICHAEL J MULLIN, BRENDAN J O`TOOLE. Simulation of Energy Absorbing Materials in Blast LoadedStructures [C]. 8th International LS-DYNA Conference, Detroit, 2004.表3-106 *MAT_MO...[继续阅读]