24-659 Mechanics Modeling Guided by Fundamentals

12 units, Carnegie Mellon University

This course will combine theory for commonly seen mechanics problems, such as stress concentrations, elastic anisotropy, fracture mechanics, contact problems and plasticity with finite element modeling of analogous applications. For each problem type, in-course lectures on mechanics theory will be followed by homework problems involving applications of that theory in finite element simulations. A series of group projects will allow students to apply their knowledge to the simulation of more complex problems. Prior graduate-level mechanics knowledge is not needed. Tutorials will guide students through the creation of homework problem simulations, but some experience with ANSYS is recommended. Group projects will account for one-half of course credit.

Prerequisites: none listed

Offered: Spring 2027, Spring 2026

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