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MEU5030-01 Continuum Mechanics

The goal of this course provides the fundamental concepts on continuum mechanics, once familiarized, a strong tool that can be used to construct a numerical model such as FDM, FEM, BEM, etc. 

MEU5028-01 Atomistic Simulations of Materials

This course introduces basic knowledge of atomistic simulation methods such as molecular dynamics (MD), Monte Carlo (MC) method, energy minimization, and chain-of-states method.  The goal of this course is to understand material behavior at atomic level, enlightened by computer simulations.

Examples w/ Colab: Description of a diatomic molecule using a spring model

Examples w/ Colab: a mass-spring array in 1D motion

MEU5370-01 Finite Element Method

This course introduces fundamental concepts and techniques of finite element method (FEM) for elliptic, parabolic, and hyperbolic partial differential equations. Topics covered include (1) overview of the FEM for 1-dimensional problems (2) error analysis and super-convergence (3) extension to 2- (and 3-) dimensional problems.