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Meeting 2024 ASC Technical Conference, US-Japan Joint Symposium, D30 Meeting
Symposium 2024 ASC Technical Conference, US-Japan Joint Symposium, D30 Meeting
Presentation Title Enhancing Fracture Properties through Fiber Waviness Manufactured Using Tailored Fiber Placement
Author(s) Troy Nakagawa, Eric Zhou, Michael Braginski, Caleb Tanner, Scott Huelskamp, Jevan Furmanski, Andrew Abbott, Gyaneshwar P Tandon, Mark Flores
On-Site Speaker (Planned) Troy Nakagawa
Abstract Scope Tailored Fiber Placement (TFP) stands apart from other manufacturing methods by allowing higher level of control on the fiber preform. By stitching continuous fibers into a carrier cloth, curvilinear patterns can be achieved, similar to embroidery. Fiber orientations of these preforms can be optimized and near-net-shape parts can be manufactured. Previous work has shown that in-plane fiber waviness can be tuned to increase fracture energy by inhibiting crack propagation, while limiting drops in mechanical performance. In this study, a sinusoidal [-45/0/45/90]s laminate is manufactured using TFP. Quasi-brittle fracture mechanics and Bažant Size Effect Law is used to analyze geometrically scaled notched semi-circular bend specimen. Surface damaged is monitored through Digital Image Correlation (DIC) and X-Ray micro-Computed Tomography is used to evaluate internal damage. This study showcases how fiber waviness can inhibit crack growth and enhance fracture properties.
Proceedings Inclusion? Definite: Post-meeting proceedings

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