FURI | Fall 2021
Effects of Crosslinker Molecular Weight on Mechanoresponsive Polymer Nanocomposites
This project aims to improve the performance of a previously researched nanocomposite which fluoresces when physically damaged/strained. Shortening the amine crosslinker used is hypothesized to increase crosslink density and cause the fluorescence mechanism to activate at lower strain levels. This damage detection would prove useful in aerospace manufacturing or building materials as an early warning system of failing parts before humans are at risk. However, testing indicates that crosslinkers of greatly reduced length lead to tough, elastically deforming nanocomposites which inhibit the fluorescence mechanisms. Future research would vary the resin/crosslinker ratio of the previously researched long crosslinker.
Hometown: Gilbert, Arizona, United States
Graduation date: Spring 2023