1) configuration reasoning
配置求解
1.
By analyzing the demand of plastic product and configuration reasoning,suitable mould-base could be selected and structural design and manufacture technology solution could be acquired agilely.
注塑模的模架组件中内含大量可重用的设计与工程知识,根据塑料制成品的需求信息,通过配置求解的方法,可敏捷获得模架选型与结构设计方案和制造工艺方案。
2) Configuration Problem Solving
配置问题求解
3) displace analysis
位置求解
1.
Newton- Raphson numeric algorithm based on matrix is adopted to simplify linkage mechanism displace analysis.
较为复杂的平面多杆机构位置描述常以难于求解的非线性超越方程为基础,其各杆的位置求解通常是个难点。
4) collocation solution
配置解
1.
The extrapolation method for quasi Shannon wavelet collocation solution was provided.
在此基础上 ,进一步给出了小波配置解的外推方法。
2.
It is shown that the first derivative of the corresponding collocation solution admits, under suitable assumptions, a precise error expansion at the knots.
在适当条件下，获得了配置解的导数在结点集上成立的精细误差展开式。
3.
It will be show that the collocation solution of this equation restores, under some suitabee assumptions, the optimal superconvergence at the knots.
本文讨论非线性Volterra时滞积－微分方程的配置方法，证明了其配置解在结点集上具最优的超收敛率。
5) Configuration Breakdown
配置分解
6) iterated collocation approximation
迭代配置解
1.
An error expansion(with more terms)for the iterated collocation approximation to this equation is obtained.
本文讨论了Ｇｒｅｅｎ核积分方程的迭代配置方法，得到了迭代配置解的一个多项误差展开式。
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