首页|碳纤维立体穿刺预制体成型技术发展现状与思考

碳纤维立体穿刺预制体成型技术发展现状与思考

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为了推动碳纤维立体穿刺预制体成型技术的发展和应用,从穿刺机的性能优化、穿刺成型材料性能、高温下穿刺成型技术、穿刺成型技术仿真模拟等方面综合分析碳纤维立体穿刺预制体成型技术的研究现状,总结其关键特点和不足;分析碳纤维立体穿刺预制体成型技术在钢针阵列、自动化程度等方面存在的问题,并提出改进建议和思考.指出:碳纤维立体穿刺预制体成型技术可从减少钢针与布层间的相互损伤、提高穿刺效率、深入理论研究、针对异型立体织物的穿刺工艺优化、拓展应用领域等方面着手,加强设计优化和工艺改进,深入探索具体应用场景和改进方法,提高穿刺精度和产品质量.
Development Status and Consideration of Carbon Fiber Stereo Puncture Prefabrication Molding Technology
In order to promote the development and application of carbon fiber stereo puncture prefabrication molding technology,the research status of carbon fiber stereo puncture prefabri-cation molding technology is comprehensively analyzed from the aspects of performance optimi-zation of puncture machine,properties of puncture molding materials,puncture molding tech-nology at high temperature and simulation of puncture molding technology,and its key charac-teristics and shortcomings are summarized.The problems existing in steel needle array and au-tomation degree of carbon fiber stereo puncture prefabrication molding technology are ana-lyzed.The improvement suggestions and thoughts of carbon fiber stereo puncture prefabrica-tion molding technology are put forward.It is pointed out that the puncture accuracy and prod-uct quality of carbon fiber stereo puncture prefabrication molding technology can be improved by reducing the mutual damage between steel needles and cloth layers,improving puncture effi-ciency,deepening theoretical research,optimizing puncture technology for special-shaped stereo fabrics,expanding application fields and so on,the design optimization and process improve-ment have been strengthened,and the specific application scenarios and improvement methods have been deeply explored.

carbon fiberstereopunctureprefabricationmoldingsteel needlematrix arrange-ment

李彦璋、贺辛亥、程攀、魏宇博、梁军浩、刘菲、王强

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西安工程大学材料工程学院,西安 710048

西安纺织复合材料国家省级重点试验室,西安 710048

陕西美兰德新材料股份有限公司,西安 710600

碳纤维 立体 穿刺 预制体 成型 钢针 矩阵排布

陕西省重点研发计划项目陕西省重点研发计划项目陕西省秦创原"科学家+工程师"队伍建设项目

2022NY-0572023-YBGY-4662022KXJ-013

2024

纺织器材
中国纺织信息中心 中国纺织机械器材料工业协会

纺织器材

影响因子:0.212
ISSN:1001-9634
年,卷(期):2024.51(1)
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