Computational
Fluid Dynamics
MAE
16:650:534, Spring, 2009
MTh
12:00-1:20pm, ARC 110
Instructor: Hao
Lin Office:
Busch Engineering Bldg B-222 Phone:
732-445-2322 Email:
hlin@jove.rutgers.edu Text: Not required. References: Fundamentals of Engineering Numerical
Analysis, P. Moin Computational Fluid Mechanics and Heat
Transfer, D.A. Anderson, J.C. Tannehilll, and
R.H. Pletcher Computational Techniques for Fluid
Dynamics, C.A.J. Fletcher Spectral Methods for Incompressible Viscous
Flow, R. Peyret Spectral Methods in MATLAB, L.N. Trefethen Finite Volume Methods for Hyperbolic
Problems, R.J. LeVeque Fluid Mechanics, Kundu
& Cohen Fluid Mechanics, R.L. Panton Grading: Homeworks 40%, Midterm 30%, Final/Final Project 30% Late
HW Score = Original Score * exp (-0.5*days of being late) You
are encouraged to discuss your colleagues, but you MUST finish
your work independently Office Hours: Thurs
5-6 pm or by appointment Syllabus: 1. Introduction 2. Review of basic fluid mechanics, ODE, and PDE 3. Discrete representation 4. Numerical methods for ODE 5. Numerical methods for PDE 6. Iterative schemes 7. Spectral methods (Optional: hydrodynamic instability) 8. Solution techniques for incompressible flows 9. Optional: Flows in complex geometry 10. Optional: Finite volume methods for hyperbolic equations 11. Numerical techniques for heat transfer Prerequisite: Basic fluid mechanics, linear algebra, ODE & PDE, basic numerical analysis, basic programming. |
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