1.
Recent Advances in Differential Quadrature Method with Applications to Mechanics
微分求积方法及其在力学应用中的若干新进展
2.
A Discussion of the Application of Intearal Transform;
积分变换法解微积分方程、方程组及求实积分
3.
Numerical solutions of Burgers' equation by harmonic differential quadrature method
用调和微分求积法数值求解Burgers方程
4.
Spectral Galerkin Method for Volterra Integro-Differential Equations
谱Galerkin方法求解Volterra积分微分方程
5.
New Methods Based on Differential Quadrature Method and Sinc-collocation Method;
微分求积法、Sinc方法中几个新方法的研究
6.
Methods of Solving Integral and Differential Equations in the Reproducing Kernel Space;
再生核空间中积分和微分方程的求解方法
7.
Differential Quadrature Method and Differential Quadrature Element Method--Theory and Application;
微分求积法和微分求积单元法——原理与应用
8.
Study on Wavelet Precise Integral Method for Partial Differential Equation;
小波精细积分法在偏微分方程求解中的研究
9.
On Nonliner differeial Equations Solved with Initial Integrial Method TANG;
可利用首次积分法求解的几类非线性微分方程
10.
method of integration of partial differential equations
偏微分方程的积分法
11.
To Solve Partial Differential and Integral Equation With Walsh Series
沃尔什级数求解线性偏微分方程和积分方程的新方法
12.
The approach to get the decomposition of the Kronecker product of matrix;
求矩阵Kronecker积分解的方法
13.
A Discuss of the Admission Group for Method of Seeking the Integral Factor for First Order Obvious Differential Equation;
一阶显式微分方程的许可群求积分因子方法探讨
14.
Stability of Runge-Kutta methods for multi-delay integro-differential equations
Runge-Kutta方法求解多延迟积分微分方程的稳定性(英文)
15.
Differential quadrature element method is an alternative numerical solution techniques.
微分求积单元法是一种可供选择的、能优越的数值计算方法。
16.
Method of Quadrature For Some Special Integrating Factor and Applications in The Differential Equation;
几种特殊类型积分因子的求法及在解微分方程中的应用
17.
The first integral method used to exact solutions of nonlinear partial differential equation
应用首次积分法求解非线性偏微分方程的精确解
18.
A calculus method of calculating generalized n-th-order Euler′s polynomial and generalized n-th-order Bernoulli′s polunomial
求广义高阶欧拉多项式与广义高阶伯努利多项式的微积分方法