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A Woven-like Toolpath Strategy for Translaminar Reinforcement in Continuous Fiber Reinforced Polymer Additive Manufacturing
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DOI：10.1016/j.addma.2026.105233.png)
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Abstract
En 中文
• A woven-like continuous fiber toolpath strategy is proposed to introduce a global translaminar fiber interlocking architecture in CFRP-AM. • Achieving significant enhancement in interlaminar mechanical properties without compromising in-plane strength. • The translaminar fiber configuration effectively alters crack propagation behavior, suppressing interfacial delamination and promoting multi-layer fracture. • The proposed method enhances interlayer performance without auxiliary hardware or process modification, offering a scalable and compatible solution for high-performance CFRP-AM.
Keywords:
continuous fiber reinforcement
translaminar fiber interlocking
CFRP-AM
interlaminar mechanical properties
additive manufacturing
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4.5K
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