1) generalized transition point
广义渡越点
2) crossover point
渡越点
3) generalized node
广义节点
1.
A new type of meshfree method is developed by incorporating the generalized node which originated from manifold method with the conventional meshfree method.
借鉴流形方法思想,引入广义节点的概念,对传统的无网格法进行了改进,建立了可具有任意高阶多项式插值函数的广义节点无网格方法,在阐述这种方法基本原理的同时,针对线弹性力学问题给出了其计算列式。
2.
This paper explains the basic principle of composite element method and introduces the concept of virtual node and generalized node used in the hierarchical finite element method.
阐述了节理岩体复合单元法基本原理,引入了阶谱有限单元法中的虚节点和广义节点概念,提出了覆盖虚棱(面)和广义棱(面)的概念,并进一步将虚节点和广义节点分类。
3.
Based on the composition of displacement function on manifold element,a new method of constraints treatment of fixed boundary is proposed;and it changes the constraints treatment of fixed boundary into the constraints treatment of generalized node;and the constraints condition will be met strictly by using special cover.
基于流形单元上位移函数的组成提出固定约束处理的新方法,将固定边界的约束处理转化为对广义节点的约束处理,改变广义节点上的覆盖函数使固定边界的约束条件得到严格满足,并推导相应的流形单元刚度矩阵。
4) Generalized saddle point
广义鞍点
1.
Super efficient point in vector optimization problems with set-valued maps characterized by generalized saddle point;
集值向量优化问题超有效点的广义鞍点刻画
2.
By using the properties of generalized saddle points and a separation theorem,a property of generalized saddle points is proved with set separation.
本文研究集值优化问题严有效解的广义鞍点刻画问题。
5) generalized interior point
广义内点
1.
A kind of generalized interior point in linear topological space;
线性拓扑空间的一种广义内点
6) generalized point
广义点
1.
So this article brings forward the method of relative orientation and absolute orientation based on generalized point,which resolve the problem that .
因此,本文提出了基于广义点的相对定向和绝对定向的方法,解决了传统相对定向和绝对定向不能解决的问题,实践证明该方法是可行的。
补充资料：渡越
1.犹超越，超脱。
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