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Course Title[Course Code]:Finite Element Methods[SCC 436]

Faculty: Computers and Artificial Intelligence
Department: Scientific Computing
Program: Scientific Computing
Compulsory / Elective:Compulsory
Undergraduate(Forth Year-First Semester)
Hours:
Lecture:( 3 ) Practical / Clinical:( - ) Tutorial:( 2 )

Course Description:
The course aims at introducing the Introduction: The basic concept of finite-element method. Variational formulation and approximation: Concepts and formulas, notation, boundary-and initial-value problems, gradient and divergence theorems, functional, Variational formulation problems, the Ritz method, the method of weighted residuals. Finite-element analysis of one-dimensional problems: One-dimensional second-order equations, one-dimensional fourth-order equations, and approximation errors in the finite-element method, time-dependent problems, and computer implementation. Finite-element analysis in two-dimensional problems: Second-order equations involving a scalar-valued function, second-order-multivariable functions, time-dependent problems, computer implementation.