以可靠度为目标，建立了一种备件需求模型，提出了迭代计算过程。
Then take reliability as the goal, established one kind of spare parts demand model, proposed the computation process.
该方法在迭代计算过程中将交流系统方程和直流系统方程分别进行迭代求解。
In the process of iterative calculation, it solves AC equation and DC equation respectively.
本文对于矩形区域上某一内点为奇点的奇异积分的近似计算给出了优化中心数值算法，它在迭代计算过程中避免了函数值的重复计算。
This paper presents an optimum numerical algorithm of center rule for the approximate evaluation of singular integrals over rectangular domains with a inner singularity.
在计算过程中，引进了迭代模式，同时直接引用规范（TJ10-74）公式（65），不附加任何条件。
During the computation, the iteration process and the formula ( 65 ) in the Code TJ 10-74 are used directly without any additional restriction.
本文还给出一种基于迭代序列的构造性算法，该算法调用了基本计算过程但不需要确定参数对入和。
A constructive algorithm, based on the iterative sequence of parameters and the procedure of fundamental calculation, is presented in this thesis.
为此，本文阐述了大跨度箱形梁的预拱确定方法——逆迭代法，并以深圳会展中心箱形梁为实例说明计算过程。
Therefore, the paper expatiates counter-arched method of long span box beam-iteration, and the process of counter-arched calculation of Shenzhen conference and exhibition center.
在计算过程中，不解线性方程组，直接进行精细迭代计算，程序简单，效率高。
In the process of calculation, the computing program is convenient and efficient, there needs no solving of the linear equations and the space precision method is applied directly.
将迭代方法和预估-校正方法相结合求解方程，减小了计算过程中某些输入数据对试验的依靠以及计算结果与实际的误差。
As a result, it avoids some data′s dependence on the experiment during the calculation, and decreases the errors between the theoretical calculation results and the practical ones.
在数值计算过程中，采用了质量守恒和特殊的迭代求解格式以加快计算收敛速度和减少水量平衡误差。
In the process of computation a method based on mass conservation and a special iteration procedure are applied to accelerate the convergence speed and minimize the error of water balance.
在通常情况下必须进行迭代计算，计算过程比经典最小二乘法复杂，但解的精度不会有任何改善。
However, the calculation procedure has not proved to be promising in that the complexity in calculation and does not produce an improvement in the precision.
在通常情况下必须进行迭代计算，计算过程比经典最小二乘法复杂，但解的精度不会有任何改善。
However, the calculation procedure has not proved to be promising in that the complexity in calculation and does not produce an improvement in the precision.
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