This introductory class focuses on the more practical aspects of structural finite element (FE) modeling, and provides a working knowledge of how to effectively incorporate FE techniques into the design process. The course material will be organized into a sequence of modules relating to topics of increasing computational complexity. For each module, a presentation of the relevant FE theory (Monday) will be followed by a workshop (Wednesday) designed to discuss and reinforce the concepts presented during the lecture and to provide the students with the experience of running and trouble-shooting actual FE analyses. Weekly or biweekly projects will be assigned where the students will conduct finite element analyses and write concise reports outlining modeling choices and their implications in terms of the FE predictions. Modules will cover FE procedures relevant to design and manufacturing applications including: (i) linear statics using continuum and structural elements; (ii) nonlinear statics with geometric, material, and contact-induced nonlinearities; (iii) thermomechanical analysis; (iv) linear and nonlinear dynamics, including applications to vibrations and crash simulations.

While this class is intended for upper-class undergraduates, graduate students will receive G-credit upon successful completion of the course.

M-W 9:30-11 Rm 1-371

Eun Suk Suh,  essuh@mit.edu
 Office Hours:   Fri 3:30-5 PM
 Room 3-455D
 Phone:  TBA