A low - dimensional nonlinear feedback control scheme for a nonlinear partial differential equation ( pde ) system is addressed 摘要一低次元非线性回馈控制方法用于处理一非线性偏微分方程式系统。
Laplace transformation , array , vector , determinate , linear equation set , fourier series , partial differential equations 本课程介绍拉普拉斯转换、矩阵、向量、行列式、线性方程组、傅立叶级数、偏微分方程式。
A solid undergraduate background in classical physics , electromagnetic theory including maxwell ' s equations , and mathematical familiarity with partial differential equations and complex analysis are prerequisites 古典力学、包含马克斯威方程式的电磁学理论,熟悉数学的偏微分方程式以及复数分析的坚实背景知识是先决条件。
A presentation of the fundamentals of modern numerical techniques for a wide range of linear and nonlinear elliptic , parabolic and hyperbolic partial differential equations and integral equations central to a wide variety of applications in science , engineering , and other fields 本课程讲授求解不同线性及非线性椭圆、抛物线及双曲线偏微分方程式与积分方程式等之现代数值技巧基础,并强调在许多科学、工程及相关领域上的应用。