Course Identification

The course is intended for students wishing to obtain a physical understanding of the solid state properties of mostly polymer-based fiber composite materials, with special emphasis on their mechanical behavior. A materials science approach is adopted and fundamental information attempting to answer the questions of the relationship between microscopic/molecular structure and macroscopic properties is presented. The principles of materials behavior under mechanical stress or strain will be stressed. Macro-, micro-, and nano-mechanical aspects, and the interdisciplinary nature of the subject, are of particular importance. The microstructures and mechanics of man-made and natural (biological) materials will be compared. The potential of a future generation of composites based on nanotubes will be examined.

Upon successful completion of this course students should be able to:

1. Obtain a physical understanding of the solid state properties of mostly polymer-based fiber composite materials, with special emphasis on their mechanical behavior
2. Acquire fundamental information to answer the questions of the relationship between microscopic/molecular structure and macroscopic properties;
3. Understand the interdisciplinary nature of the subject.
4. Compare the microstructures and mechanics of man-made and natural (biological) materials.
5. Discuss the potential of a future generation of nanocomposites based on particle- and tube-shaped reinforcement.

Will be provided during the course.