Current involved courses syllabi ME 580 Engineering Analyses II Syllabus Instructor: Khaled Hatamleh Office : JH 513 Phone : 575-646-2630 E-mail: 10:20-12:20 Wed Office hours: Grades: Exams: 80%, Homework 20% Text: None Policy: Late work will be accepted up to 2 days late and will be penalized 20 % per day. Collaboration in the form of discussion of formulation of solution or results is encouraged for homework; however, each individual must work independently to create final homework solution. Collaboration in any form is NOT allowed for the Exams. Outline Initial Value Methods (ODEs) Optimization and Runge-Kutta Methods Gradient Based Euler’s System of ODEs Nonlinear Least Squares Multistep Methods Equality Constraints Finite Difference/Volume Methods Exam II (PDEs) Finite Element Methods (PDEs) Parabolic Equations Explicit Method Weak Formulation (General Implicit Method 2nd order) Elliptical Equations Linear one-Dimensional Relaxation Elements Nonlinear Problems Assemble of Elements. Finite Volume Method Triangular Elements. Verification Quadrature (Incl. Boundaries) Transient problems. Exam I Exam III Linear Algebra Gauss Elimination (LU) Least Squares QR Decomposition Eigenvalues/Eigenvectors Singular Value Decomposition
Current involved courses syllabi ME 580 Engineering Analyses II Syllabus Instructor: Khaled Hatamleh Office : JH 513 Phone : 575-646-2630 E-mail: Office hours: 10:20-12:20 Wed Grades: Exams: 80%, Homework 20% Text: None Policy: Late work will be accepted up to 2 days late and will be penalized 20 % per day. Collaboration in the form of discussion of formulation of solution or results is encouraged for homework; however, each individual must work independently to create final homework solution. Collaboration in any form is NOT allowed for the Exams. Outline Initial Value Methods (ODEs) Euler’s and Runge-Kutta Methods System of ODEs Multistep Methods Optimization Gradient Based Nonlinear Least Squares Equality Constraints Finite Difference/Volume Methods (PDEs) Parabolic Equations Explicit Method Implicit Method Elliptical Equations Relaxation Nonlinear Problems Finite Volume Method Verification Exam II Finite Element Methods (PDEs) Weak Formulation (General 2nd order) Linear one-Dimensional Elements Assemble of Elements. Triangular Elements. Quadrature (Incl. Boundaries) Transient problems. Exam I Exam III Linear Algebra Gauss Elimination (LU) Least Squares QR Decomposition Eigenvalues/Eigenvectors Singular Value Decomposition