Comparison of Fiber Microstructural Characteristics for Two Grades of Carbon Fiber Composites

Abstract

One of research thrusts to push the limits of advanced fiber reinforced composites is to determine the link between manufacturing, resulting microstructure, and final structural properties. By bridging the gap between these topics, not only can we better understand how and why composites structurally work as they do, but we can potentially tailor the manufacturing processes for a desired resultant set of properties. To better illuminate the effects of manufacturing on microstructure and microstructure on properties, computational models are often employed. Using these models, we can gain insight on relationships that may otherwise remain unexplored. This research thrust is often labelled as ICME, integrated computational materials engineering.