1) Crank-Nicolson difference defined
Crank-Nicolson隐式差分法
2) semi implicit Crank Nicolson difference
半隐式Crank-Nicolson差分
3) alternating segment Crank-Nicolson difference scheme
交替分段Crank-Nicolson差分格式
4) Crank-Nicolson finite-difference time-domain method
Crank-Nicolson时域有限差分方法
5) Crank-Nicolson scheme
Crank-Nicolson格式
1.
An alternative segment method for solving diffusion-convection equations is given using Crank-Nicolson scheme and Saul’yev type asymmetric difference schemes.
结合Crank-Nicolson格式和第二类Saul’yev非对称格式,设计求解对流扩散方程的交替分组显式方法。
2.
A new fully discrete scheme for the numerical solution of these equations is also considered where the spatial discreteness is the mixed finite elements and the temporal discreteness is the Crank-Nicolson scheme.
采用一种新的全离散(时间离散用Crank-Nicolson格式,空间离散用混合有限元方法)格式数值求解N-S方程。
3.
Take Fisher equation for example,the first method is a modification of Crank-Nicolson scheme,which is denoted by TGCN for short.
以Fisher方程为例,第一种差分算法是Crank-Nicolson格式的推广,不妨记作TGCN格式。
6) Crank-Nicolson approach
Crank-Nicolson方法
1.
To solve electromagnetic computation problems,the two different parabolic equation(PE) methods were presented involving Crank-Nicolson approach and pad scheme.
针对电磁计算问题,引入并分析了抛物线方程的两种基本算法:Crank-Nicolson方法和pad啨方法。
补充资料:差分法
差分法
difference methods
差分法{山价吧耽n祀d.由:pa3,oer.‘,e MeTo及M】 微分方程的近似解法,其基础是用关于离散变量的函数的方程(即差分方程)来代替微分方程.见双曲型偏微分方程,数值方法(11男姆而liC partial di瓜比n,t以叫以石。n,nun犯石caln犯th以js);抛物型偏微分方程,数值方法(p姗加Uc partialdil介rent泌叹旧tion,力山俪caln℃山司s);椭圆型偏徽分方程,数值方法〔eiliphe part汤】diffe卿tia】叹山tion,n比m旧cal介rth侧如);常微分方程的近似解法(d让rerentja】叫uations,。司in孟叮,apPI飞〕xin坦te meth。北of sofutionof).
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