Date: 11/19/2019
Time: 1:00 pm - 2:00 pm
Location
Special Collections Seminar Room
Description
Fiber composites are attractive for various engineering applications owing to their excellent mechanical properties. One of these is their superior energy dissipation capability compared to other light-weight materials. An example where this can be beneficial is in structures that are meant for protection of army personnel and infrastructure from impact/blast loads. Since actual physical testing is prohibitively costly, or even impossible at times, successful designs of such structures often heavily rely on insightful modeling. In the first part of this talk, the various challenges involved in developing such models will be presented. Primarily, the focus will be on the difficulties in predicting correctly the formation, propagation and branching of cracks that form under dynamic loads in composites. In the second part of this talk, a recently developed computational multiscale model will be described, which provides an ideal framework to enable these predictions. This model is a promising tool for designing composite structures for protection of personnel and infrastructure against impact/blast loads.
Registration
Bookings are closed for this event.
Clara Tran
Email: clara.tran@stonybrook.edu
Latest posts by Clara Tran (see all)
- Dr. Moira Chas on “Making Math with Yarn and Wire” - March 22, 2024
- “The many complicated ways how ice forms in the atmosphere” - September 20, 2023
- 2023 Fall Semester: Reference and Virtual Chat Services - August 25, 2023
