MEN 672Finite Element Methods
Mechanical Engineering · Faculty of Engineering · 3 credits
Description
The concepts and fundamentals of the finite element method with applications to and fluid mechanics and dynamics by use of asymptotic perturbation techniques. Asymptotic expansions. Regular and singular perturbations and applications in dynamics, potential, viscous and compressible flows. Uniformly valid approximations in various physical problems. Generalized boundarylayer techniques. Coordinate straining techniques. Matched asymptotic expansions and multiple scales. Problems with several time or length scales. Prerequisite: MEN 600. MEN 680 Seminars in Mechanical Engineering; 0 cr. A series of seminars MASTER DEGRE related to mechanical engineering to be attended on regular basis as advised by the graduate advisor. Prerequisite: Department approval.
Prerequisites
Common questions about MEN 672
What is MEN 672 at NDU?
MEN 672 Finite Element Methods is a 3-credit course at Notre Dame University – Louaize (NDU), in the Faculty of Engineering. The concepts and fundamentals of the finite element method with applications to and fluid mechanics and dynamics by use of asymptotic perturbation techniques. Asymptotic expansions.
How many credits is MEN 672?
MEN 672 Finite Element Methods is worth 3 credits at NDU.
What are the prerequisites for MEN 672?
MEN 672 lists 1 prerequisite: MEN 600 Computational Methods for Mechanical Engineering.