Multi-material fused deposition modelling for integration of interdigital dielectric sensors into carbon fibre composite tooling for in process cure monitoring

Multi-material fused deposition modelling for integration of interdigital dielectric sensors into carbon fibre composite tooling for in process cure monitoring
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多材料熔融沉积建模,用于将叉指介电传感器集成到碳纤维复合材料工具中,用于过程固化监控

DOI:
10.1016/j.sna.2019.07.034
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发表时间:
2019
期刊:
Physical
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--
通讯作者:
Griffiths E
Griffiths E
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--
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作者:
Griffiths E

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这项研究介绍了在单个3D打印过程中打印两种热塑性材料的概念-一种导电,另一种不导电-以形成用于模具中介电分析的叉指传感器结构,用于在碳纤维增强聚合物制造过程中对环氧树脂基质进行固化监测。这种低成本的方法将允许减少组装和传感器放置的方便直接从计算机辅助设计,同时使用一个可访问的technology.The结果表明,固化点可以确定根据环氧树脂规格,通过集成的叉指传感器制造的导电复合材料聚乳酸与多材料熔融沉积建模。
This study introduces the concept of printing two thermoplastic materials in a single 3D Printing process – one conductive the other non-conductive – to form interdigital sensor structures for Dielectric Analysis in mould tools for cure monitoring of the epoxy matrix during the Carbon Fibre Reinforced Polymer manufacturing process. This low-cost method would allow for reduced assembly and ease of sensor placement directly from Computed Aided Design, whilst using an accessible technology.The results obtained showed a cure point can be identified in accordance with the epoxy specifications, via integration of interdigital sensors manufactured using conductive composite PolyLactic Acid with multi-material Fused Deposition Modelling.
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