1) mechanical subelement model
力学子单元模型
1.
To enhance computational efficiency, the mechanical subelement model is adopted to describe nonlinear material behaviors.
采用UpdatedLagrangian描述、建立了基于力学子单元模型的增量型有限变形杂交 /混合有限元列式 ,其中以第二类Piola Kirchhoff应力增量和位移增量作为独立变量。
2) differential-resistance model
单元阻力模型
1.
Experimental study on differential-resistance model in multiphase flow metering;
多相流量计测单元阻力模型实验研究
3) four elements mechanical model
四元件力学模型
4) finite element mechanical model
有限元力学模型
1.
Through study on rock mass nonlinear issues classification,set forth basic thoughts on corresponding finite element mechanical model establishment and a series of linear solution iterative processes-constant stiffness iterative,secant variable stiffness iterative,tangent variable stiffness iterative and Newton-Raphson methods.
通过对岩体非线性问题分类的研究,阐述了建立相应非线性有限元力学模型及其求解一系列线性问题解的基本思路——常刚度迭代法、割线变刚度迭代法、切线变刚度迭代法、Newton-Raphson法等一系列线性解的迭代过程。
5) ten-element model
十元件力学模型
1.
The ten-element model was utilized and it was proved that this model could fit the master curve efficiently.
采用十元件力学模型,结果显示十元件模型可以很好地拟合试验得到的蠕变柔量主曲线。
6) single filament mechan-ics
单丝力学模型
补充资料：小学子
1.见"小学生"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条