1) CR formulation
CR列式法
1.
The paper concentrates on discussing the distinction between UL foruulation and CR formulation in specific algorithm,and the limitation of UL formulation is pointed out.
对分析几何非线性问题的UL列式法与CR列式法在具体算法上的区别进行了讨论,指出了UL列式法的局限性。
2) CR formulation
CR列式
1.
Based on CR formulation superposition method for geometrical nonlinear analysis,the catenary cable element was used to simulate stay cable.
基于几何非线性分析的CR列式全量法,采用悬链线索单元模拟斜拉索,分析主跨为1 088 m的苏通大桥施工过程几何非线性影响。
2.
In this paper, we used catenary cable element imitate the cable, use the theory which is based on the CR formulation effects and considered the beam-column effect and the large displacement to establish of space model.
本文采用悬链线索单元模拟拉索,运用基于CR列式的考虑梁柱效应和大位移的理论,建立空间仿真分析模型,对异形斜拉桥进行分析计算,研究了此模型用于异形斜拉桥结构分析和施工控制的可靠性。
3) co-rotational formulation
CR列式
1.
To improve the precision and efficiency of computations for a structure with a large displacement and rotation,an updated Lagrangian co-rotational formulation for geometrically nonlinear FE(finite element) analysis of 3-D beam elements was proposed.
为了提高大位移、大转动问题的计算效率和精度,提出了基于更新拉格朗日法(UL法)的三维梁单元分析的CR列式算法。
2.
A co-rotational formulation for geometrically nonlinear finite element analysis of solid is presented.
针对实体单元大位移、大转动、小变形的非线性有限元分析问题,提出了基于CR列式的非协调实体单元几何非线性问题计算方法,这种方法利用更新拉格朗日列式建立结构的平衡方程,并导出实体单元的刚度矩阵。
4) CR-UL formulation
CR-UL列式
1.
Authenticating accuracy of CR-UL formulation on geometric nonlinear analysis,and validating that there ie a Larger error on UL formulation for Calculation of geometric non-linear.
本文则采用改进的CR-UL列式,悬链线索单元模拟拉索方法对400~600m跨径斜拉桥几何非线性作精细化分析,主要研究内容如下:1。
5) CR method
CR法
1.
Research on CR method process of TiB_2/Al composites;
CR法生成TiB_2/Al复合材料制备工艺研究
6) determinant method
行列式法
1.
determinant method, was studied in this paper.
探讨了设计组件的新方法——行列式法。
补充资料:式法
1.见"式灋"。
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