CEE619: Advanced Structural Dynamics and Smart Structures

University of Michigan, Winter Semester 2008-2009

www.engin.umich.edu/class/cee619

Professor Jerome P. Lynch

Basic course information

Credits: 3

Lectures: Monday and Wednesday, 5:00 - 6:30 pm, G G Brown 2315

Instructor: Jerome P. Lynch, 2380 G.G. Brown, (734) 615-5290, jerlynch@umich.edu.

Office hours: By appointment

Course references (Held on 2-hour reserve at the AAE Library):

Course requirements:

Small Projects: Approximately, 5 or 6 small projects will be provided during the course of the semester. Each assignment will have a specified due date - on the day due, please hand the assignment in during class. I would like each student to work individually on each assignment because each assignment is designed like a mini-Ph.D. oriented research task.

Final Project: Each student will be assigned a final project for which they will complete a formal literature search. A final report summarizing the research topic will be submitted during the final week of class. Each student will be provided a time slot during which the topic will also be presented to the class.

Grading: The course grading will be based on the small projects (5 to 6) and the comprehensive research project with the weighting between the two to be roughly 60-40, respectively.

Prerequisites: Exposure to linear algebra and matrices. You should have seen the following topics: matrices and vectors, (introductory) linear algebra and differential equations.

Course Description: The course explores in greater depth the fundamental mathematics invoked to richly describe dynamic system behavior. A unifying theory of domain transformation (Fourier, Laplace and Z-transforms) is presented to serve as a launching point into the principles of system identification, structural control and structural monitoring. Students will learn how to design structural monitoring systems to accurately measure system responses to seismic, wind and blast excitations. The design of structural control systems that employ active, semi-active and passive actuation devices will be presented in detail.


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MATLAB Code


Final Projects