SE251B / MATS 261B – mechanical Behaviors
Polymers and composites
Instructor: Prof. Yu Qiao
Office: SME 442G | Phone: 858-534-3388 | Email: firstname.lastname@example.org
Course Information: http://mmrl.ucsd.edu/Courses/SE251B
Class: TuTh 9:30pm–10:50pm, WLH 2205
Office Hours: TuTh 12:40pm-1:30pm, SME 442G
Suggested Reading Materials
P. J. Flory. Polymer Chemistry. Cornell University Press, 1953
M. F. Ashby, D. R. H. Jones. Engineering Materials II. Butterworth, 1998
D. A. Askeland, P. P. Phule. Essentials of Materials Science and Engineering. Thomson, 2004
G. W. Ehrenstein. Polymer Materials. Hanser, 2001
E. Miller. Introduction to Plastics and Composites. Dekker, 1996
D. Roylance. Engineering Viscoelasticity. MIT, 2001.
subject is focused on the mechanical behaviors of polymers and polymer-matrix
composites, covering phenomenological description in context of viscoelastic
continuum mechanics as well as molecular mechanisms. Topics include general
introduction to composites, viscoelasticity, spring-dashpot models, glass
transition, rubber elasticity, micromechanisms of
crazing and shear banding, ultimate properties of polymers, reinforced
polymers, joints and adhesion, etc. This introductory graduate-level course is
intended for students from all the departments in the
Handout 1: Introduction to Composites
Handout 2: Overview of Polymers
Handout 3: A Brief Introduction to Thermodynamics
Handout 4: Polymer Families
Grading: Class Participation (10%) + Midterm Exam (45%) + Term Project (45%)
Each student will choose a topic closely related to this course. A technical report will be finished by the end of the quarter. By the end of the 8th week, each student should have chosen the topic and received the approval from the instructor. The final report should be emailed to the instructor as a single pdf file, before 11:59pm on Friday in the last week of lectures (not the Finals week).
Sample topics: Mechanical properties of photovoltaic polymers; Mechanical properties of electrically conductive polymers; Mechanical properties of 3D-printed polymer parts; High-temperature thermosets; High-temperature thermoplastics; Behaviors of unsaturated polyesters in seawater; etc.
Structural Engineering Department’s Academic Integrity Policy can be downloaded [here].