Composite materials and structures consisting of high strength carbon fibers in a polymer matrix are known for their high strength- and stiffness-to-weight ratios. These properties lead to their application in aircraft, spacecraft, sporting goods, automobiles and other applications. This is a one semester project that will be performed in collaboration with a local industry. The general area is the mechanics of thin walled tubes made from composite laminates. Ideas for improving the performance of such tubes will be explored experimentally and via composite laminate theory.
I envision taking on one student for a one semester project. The student will work closely with the faculty member and will consult with the industry partner. The work will involve fabrication of tubes, preparation of test samples, mechanical stiffness and strength tests, analysis and reporting of the data, and application of laminate theory.
Qualifications of Student: Strong background in mechanics of materials and structures, basic understanding of materials science, working knowledge (or ability and willingness to learn) of mechanical testing procedures.
Contact: Alan Zehnder
Upson 409
607-255-9181
atz2@cornell.edu