- 迭代解
- solution: n. 1.溶解；溶液，溶体，溶剂。 2.(补轮胎用的)橡 ...
- iteration: 迭代叠代叠接; 迭代法; 迭接; 叠代法; 反覆；反覆运作; 反复; 累接法; 替换页（部分）; 循环; 重复激活流程; 重讲; 逐步逼近法; 逐次渐近法
- iteration iteration: 迭代
- block iteration: 块迭代
- calculation by iteration: 迭代法计算; 叠带法计算
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iteration solution中文什么意思
- 迭代解
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例句与用法
- Fourthly , because of the fluctuation of grouping efficacy during the fcm iteration process , the iteration solution selecting procedure is put forward , with which the infeasible solution of last iteration will not be selected . 5
第四，针对fcm迭代过程中制造单元构建方案成组效率的波动性，提出了迭代方案选择方法，基本避免了fcm选择的最终迭代方案不可行的问题。 - The increment - iteration solution strategy is adopted in the nonlinear finite element analysis . arc - length method and the incremental plastic reversibility procedure are used to find the complete load - deflection curve and deal with elastic unloading occurring in elasto - plastic analysis
有限元分析中采用增量?迭代方法，结合弧长法和塑性增量可逆的假定，可以计算出完整的荷载位移曲线，并考虑弹塑性问题中可能出现的弹性卸载问题。 - In this dissertation , we firstly prove that any dirichlet problem is indeed equal to a voltages problem of networks . we give five solutions to dirichlet problem in two dimensions ; among these five solutions , we prove that the iteration solution and the solution of relaxations are exponential convergence , then we estimate their respective convergence rates ; secondly , we discuss random walks on general networks , prove that there is an one to one correspondence between networks and reversible ergodic markov chains ; thirdly , we give probabilistic interpretation of voltages for general networks : when a unit voltage is applied between a and b , making va = 1 and vb = 0 , the voltage vx at any point x represents the probability that a walker starting from x will return to a before reaching b ; furthermore , we study the relationship between effective resistance and escape probability : starting at a , the probability that the walk reaches b before returning to a is the ratio of the effective conductance and the total conductance
本文证明了任何边值的dirichlet问题都可转化为求解电路电压的问题：给出了计算平面格点上dirichlet问题的5种方法：证明了迭代法和松驰法都是指数收敛的，并分别给出收敛速度的估计；讨论了一般电路上的随机徘徊，验证了电路与可逆的遍历markov链是一一对应的；给出了电路电压的概率解释：当把1伏电压加于a ， b两端，使得v _ a = 1 ， v _ b = 0时，则x点的电压v _ x表示对应的markov链中，从x出发，到达b之前到达a的概率；进一步地，给出了逃离概率与有效电阻之间的关系：从a出发，在到达b之前到达a的概率为有效传导率与通过a的总传导率之比。