Text: (to be provided by the instructor) J. Feder: "Fractals", Plenum Press, New York, 1989 D. Stauffer, A. Aharony, "Introduction to percolation theory", Taylor & Francis, Philadelphia, 2003 Selected research articles
Grading policy:: Projects and presentations throughout the semester: 100%
Course Outline:
Theoretical, computational, and experimental research:
Percolation and topological properties of granular media
Theoretical component:
(1) Learning the basics about physics of granular systems, including the issues related to the formation of force networks in granular media;
(2) applying novel topological measures to the structures that form when granular systems are exposed to external forcing; (3) analyze percolation properties of these systems; (4) discuss connections between topological measures and percolation properties.
Computational component:
(1) Image processing: further develop matlab-based codes used to analyze experimental images; (2) work on developing computational methods for processing data coming out of molecular-dynamics type of simulations; (3) applying computational homology approach to analyze the results from (1) and (2), including basic properties of force networks.
Experimental component:
Performing experiments involving two dimensional particulate systems Visualization of photoelastic granular systems using CCD camera and appropriate software; Data analysis.
Attendance
and
participation: Your
absences from class will inhibit your ability to fully participate
in class discussions, laboratory work, and problem solving sessions
and, therefore,
affect your grade. Given the nature of the capstone course,
class
participation counts for a lot!
Cellular phones: All cellular phones and beepers must be switched off during all class times and project presentations.
IMPORTANT DATES |
|
FIRST DAY OF SEMESTER |
|
LAST |
|
LAST |
|
FINAL EXAM PERIOD |
|
Important Departmental and University
Policies