1) heterogeneous grid
异构网格
1.
Application of grid resource broker to the interoperation in heterogeneous grid systems;
资源代理在异构网格互操作中的应用
2) Isomerity of grid services
网格服务的异构性
3) re-meshing
网格重构
1.
To overcome these shortcomings,a brick element re-meshing technique is presented for hot finish-rolling process simulation,the finish-rolling of typical type H250×125×6×9 is analyzed by the proposed nu- merical anal.
故此,采用网格重构的方法对连轧过程进行了分段式有限元模拟,通过对H250×125×6×9规格H型钢精轧过程的分析及结果验证,证实了该分析方法的可行性及有效性,为处理类似的金属塑性成形仿真问题提供了有益启示。
2.
In order to analyze the whole process,a brick-element re-meshing and data mapping technique was presented for simulating the shape-metal rolling and similar process,in which the explicit time integration was selected to analyze the transient roll-pass proces.
为了保证数值分析过程的顺利进行,提出了一种适用于型钢轧制及其类似过程的六面体网格重构及数据映射方法,利用显式积分分析瞬态轧制过程、利用隐式积分分析轧制间隙的瞬态温度场,保证了较高的计算效率。
3.
A brick element re-meshing technique was presented for shape-metal rolling process.
提出了一种适用于型钢轧制及其类似过程的六面体网格重构方法。
4) Lattice structure
网格结构
1.
An algebraic multigrid method for a class of discrete models of lattice structures;
求解一类网格结构模型的代数多重网格法
2.
Random seismic response analysis of long-span spatial lattice structure under three-dimensional and multi-support earthquake excitations;
大跨度空间网格结构多维多点随机地震反应分析
3.
The study of a rubber mould for lattice structure was presented.
介绍了一种网格结构用橡胶模具的研究。
5) mesh reconstruction
网格重构
1.
Heuristic region growing mesh reconstruction algorithm;
启发式区域扩张网格重构算法
6) grid structure
网格结构
1.
Study of rubber mould adhesive for grid structure;
网格结构用橡胶模具胶粘剂研究
2.
The stability of the grid structure was studied in this paper after dismantling the steel structure for sustaining the cast steel joints.
主要研究了网格结构在拆除铸钢节点的胎架后的稳定性。
3.
In order to improve the damage diagnosis efficiency and reliability of BP neural networks, based on the fact that the number of the nodes in a grid structure is far less than that of the elements, the authors give the localization strategy of nodes oriented grid structural damage, i.
为了提高诊断效率与诊断结果的可靠性,根据网格结构的杆件单元数总是大于节点数的特点以及网格结构连续化分析的思想,提出了基于BP神经网络的面向节点的结构损伤定位方法,即以结构中与损伤杆件相关联的节点来指示其损伤位置,并作为神经网络的输出参数。
补充资料：顺-反式异构体(cistrans isomer),1,2,4异构体
分子式：
CAS号：
性质：又称顺-反式异构体(cistrans isomer),1,2,4异构体或1,2,6异构体(1,2,4 isomer；1,2,6 isomer)。八面体配位化合物中，六个配体分别为3个A(如图中Cl:A1，A2，A3)和3个B(如图中Py：B1，B2，B3)（图暂缺）。当三个相同的配体中的两个(如A1与A3或B1与B3)互为反式，第三个(如A2或B2)与这两个A1与A3或B1与B3)均为顺式，这样的排布的异构体即为经式异构体。
CAS号：
性质：又称顺-反式异构体(cistrans isomer),1,2,4异构体或1,2,6异构体(1,2,4 isomer；1,2,6 isomer)。八面体配位化合物中，六个配体分别为3个A(如图中Cl:A1，A2，A3)和3个B(如图中Py：B1，B2，B3)（图暂缺）。当三个相同的配体中的两个(如A1与A3或B1与B3)互为反式，第三个(如A2或B2)与这两个A1与A3或B1与B3)均为顺式，这样的排布的异构体即为经式异构体。
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