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Collaborative Innovation & Education

Advancing composites innovation through partnerships that connect research, industry, and real-world impact.

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Collaborative Innovation & Education

Latest Research

Experimental Investigation of the Effectiveness of Various Stitching Methods on Arresting Mode-II Interlaminar Damage Propagation in Stitched Resin-Infused Composites

This work is focused on investigating the impact of various out-of-plane stitching methods on enhancing mode-II interlaminar fracture toughness (or energy).

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Resin Infusion Best Practices: SAMPE 2025

Presentation from the Mississippi Advanced Composites Training Center on resin infusion best practices, including lessons from the FAA stitched and unstitched resin infusion wing box project.

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Inclusion of Manufacturability Considerations on Design Optimization of a Composite Rotor Blade

The optimization of rotor blade aerodynamic and structural design is pivotal for enhancing overall rotorcraft performance in terms of, e.g., reduced power requirements and energy consumption, and increased range and cargo capacity.

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Capability Spotlight
Inteva Stitching Robot

Our new Inteva stitching robot expands ACI’s ability to investigate advanced through-thickness reinforcement concepts for composite structures with precise, repeatable, and highly configurable stitch patterns.

The system enables novel aerospace research focused on improving damage tolerance, structural efficiency, manufacturability, and performance in complex composite components.

Beyond aerospace, the same capabilities can support commercial applications by enabling scalable stitched preforms for lightweight, high-performance structures across transportation, energy, and other advanced manufacturing markets.

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