1) basic configuration
基本构型
1.
A research has been made on the nilpotent fully-ramified basic configurations with given operator groups,constructing the magic characters and character correspondences for these configurations under the conditions that certain coprimes are controllable.
研究了带有给定算子群的幂零完全分歧的基本构型,并在某些互素或可控的条件下构作出该基本构型的幻特征标以及相伴的特征标对应,推广了M。
2.
The basic configuration of planar 3Degree of freedom (DOF) kinematic chains and its application were studied.
研究了平面3-DOF机构的基本构型及应用。
3.
Let (G,K,L,ε,φ) be a basic configuration with stabilizing complement H.
设(G,K,L,ε,φ)为一个基本构型,H为该基本构型的一个稳定补。
2) fundamental form of structure
结构基本型
3) basic pattern of structures
构造基本型式
4) the basic type of structure system
构造系统基本类型
5) constitutive model
本构模型
1.
Nonlinear constitutive model research on concrete considering temperature effect;
考虑温度影响的混凝土非线性本构模型
2.
Rheological stress constitutive model of medium carbon constructional quality steels under thermal tension;
中碳钢热拉伸流变应力本构模型
3.
Program implementation of 3-D expanded constitutive model of Cosserat medium for laminated salt rock;
层状盐岩体三维Cosserat介质扩展本构模型的程序实现
6) constitutive equation
本构模型
1.
The constitutive data for the new model is fitted and the simple shearing experiment is utilized to prove the feasibility of the constitutive equation produced in this paper.
针对橡胶类材料大应变时硬化现象,采用国家GB528标准,在室温下通过单轴拉伸本构实验,建立了基于主伸长的连续介质力学的新本构模型,并确定应变能密度函数中的本构参数,再利用简单剪切实验进行参数验证,表明新本构关系的可行性与有效性。
2.
Furthermore a constitutive equation using updated Fields and Backofen equation is established.
1s-1下对耐热铝合金(FVS0812)板进行温拉伸实验,研究耐热铝合金板温拉伸性能,以及该合金在升温条件下流变应力与变形温度、应变速率之间的关系,并使用改进了的Fields and Backofen方程建立FVS0812合金在温拉伸时应力-应变本构模型。
3.
The main considerations include the following cases: firstly,the microforming-technics system and the test results in the micro-punching,micro-extrusion,micro-deep-drawing and superplastical microforming,secondly,the phenomena and the mechanism of micro-size effect in the microforming,and thirdly,a review on the developed or developing micro-size constitutive equation .
综述了近年来微成形 (微尺度金属零件和微结构金属零件成形 )技术的发展概况 ,包括微成形工艺系统、成形中的微尺度效应、微尺度冲裁、挤压、拉深、超塑成形等工艺的试验和研究结果 ,以及已经提出和发展的考虑微尺度效应的各种力学本构模型 ,并简要介绍了微成形相关的工艺装备系统的发展现状 ,分析了微成形技术的发展趋势和经济潜力。
补充资料：E-Z构型次序规则(E-Zsequencerule)
【E-Z构型次序规则】(E-Zsequencerule)顺反异构体的命名规则之一。正式公布于`IUPAC`系统命名法1968年暂行规则中。其主要特点是采用原子序数的优先次序排列方法，即比较顺反异构体中双键原子上所链接的基团，如果两个位次较大的基团位于双键同侧，称为`Z`式（`Z`是德文Zusammen的字首，意即在一起）；如果两个位次较大的基团位于双键异侧，称为`E`式（`E`是德文Entgegen的字首，意即相反的）。所连基团位次排列的
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