1) transient solver
瞬态求解器
1.
The professional electromagnetic finite element software is adopted,two-dimensional axisymmetrical pole coordinate is chosen,geomeric full-scale model of the steel cable flaw testing structure is built,and magnetic circuit flux line distribution and eddy current distribution are numerically simulated using the transient solver.
采用电磁场有限元专业软件,选择二维轴对称柱坐标系,创建钢缆缺陷检测结构的几何实体模型,利用瞬态求解器数值计算了磁路磁力线分布和钢缆截面涡流分布。
2) 2-dimension transient solver
2D瞬态求解器
3) Transient solution
瞬态解
1.
In this paper,the approximate transient solutions of a series of problems with the strongly nonlinear positively damped oscillation were obtained by using the linearization,the weighted residual and the interpolation perturbation methods.
用线化法,权残法和插值摄动法相结合的方法求得了一类有正阻尼的强非线性振动问题的近似瞬态解,精度好。
2.
By using a concise method, we obtain the transient solution, stationary solution and stochastic decomposition of the queue length.
考虑具有单重延误休假的MxG(MG)1可修排队系统,其中休假时间、服务时间、修理时间和延误休假时间都为任意分布(不一定是连续型),采用一种较简洁的方法,我们获得队长的瞬态解、平稳解和队长的随机分解表达式,同时给出了一些特殊情形下队长的随机分解结
3.
The single lattice,UD-lattice and DU-lattice can be defined with respect to the state transition of birth and death process,and the transition function of embedded Markov chain {(n)n≥0} convergence in the weak sense to transient solution of the process {X(t)t≥0} for M/M/1 queuing system has been verified.
在定义了生灭过程状态转移的单格与升降格和降升格的基础上,证明了M/M/1排队系统{X(t)t≥0}的嵌入Markov链{(n)n≥0}的转移概率弱收敛于系统的瞬态解,并利用随机游动的格路径算法求出了该链的转移概率(i,j,n)的显式算法表达式,从而达到确定M/M/1排队系统{X(t)t≥0}瞬态解的转移概率的目的。
4) Inertia force decoupling
瞬态力解耦
5) on-the-fly resolution
动态求解
6) solving state
求解状态
1.
The formula method of recursive programming based on solving state;
基于求解状态的递归程序设计公式化方法
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