1) An Analysis of the Development and Basic Feature of Cheering Squad
拉拉操内容分析
3) non-tensil-stress analysis
无拉分析
4) Lagrangian analysis
拉氏分析
1.
Experimental Lagrangian analysis technique was adopted to investigate the dynamic behavior of 91W-6.
利用拉氏分析方法对钨合金在高应变率下的力学性质进行探讨,分析各拉氏位置的应变,比容,密度,应变率,比内能,质点速度等物理量的变化历史,讨论不同晶粒度尺寸对钨合金在高应变率下动态力学性能的影响,给出钨合金在应变率为104~105s-1时的应力应变曲线。
2.
The dynamic behaviour of copper was investgated making use of an ex-perimental Lagrangian analysis technique,in which multiple manganin gauges were used to measure the stress-time history at different Lagrangian positions in the stress wave field,and a modified pathline method was used to analyse and solve the dynamic and physical parameters of the flow field.
对紫铜材料的拉氏实验结果采用改进的路径线法进行拉氏分析，得到了各物理量的流场分布，拟合出了本构方程参数，并由此进行了数值模拟。
3.
The mechanical properties and deformation characteristics of marble at the high strain rate (104~ 105 s-1 ) were analyzed by Lagrangian analysis method.
采用一级轻气炮驱动的飞片撞击实验技术，测量大理岩试件组成的靶板中的应力脉冲波形；应用拉氏分析方法，探讨岩石在高应变率（104～105S-1）下的力学性质和变形特征。
5) Pullout analysis
拉拔分析
6) driven analysis
拉动分析
补充资料：拉拉
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参考词条