芳纶复合材料

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芳纶复合材料芳纶复合材料
  1. 用21个试件,测定了芳纶复合材料(AFRP)与混凝土之间的抗剪粘结强度,通过改变温度,研究了温度对AFRP与混凝土间抗剪切粘结强度的影响。

    Based on the 21 specimen of AFRP concrete under different temperature , an test was designed and conducted to investigate the effect of temperature on the shear bond strength .

  2. 装甲钢/芳纶复合材料防爆轰波性能研究

    Study on detonation wave resistance of armour steels / kevlar Composites

  3. 芳纶复合材料抗锥体冲击特性研究

    Study on speciality of anti-circular cone impact for Kevlar composites

  4. 锥体冲击芳纶复合材料的损伤及其机理研究

    Study of circular impact damage to kevlar composites and mechanism

  5. 芳纶复合材料用湿法环氧配方的研究

    Study on Wet Process Epoxy Formula for Aramid Composite Material

  6. 薄层芳纶复合材料(内衬吸能垫)的平头冲击性能研究

    Study of Flat Impact Properties of Aramid Lamina Composites

  7. 薄层芳纶复合材料壳体的后加工研究

    Study on Machining of Thin Aramid Composite Shell

  8. 结果表明:芳纶复合材料比玻纤复合材料损伤尺寸大;

    The result showed that damnification size of Kevlar composites was larger than glass fiber composites .

  9. 芳纶复合材料的界面粘结

    The interfacial adhesion of Aramid Composite

  10. 同时,对芳纶复合材料手糊轻型头盔的铺层设计进行了探讨。

    The lay up design of light helmets prepared by aromatic polyamide fibre reinforced composite is also discussed .

  11. 另外,三点弯曲测试结果显示:三维芳纶复合材料,在经等离子体处理增强体后,弯曲强度提高了11%,弯曲模量提高了12%。

    In addition 3-point bending tests indicated that 3D aramid composites had an increase of 11 % in flexural strength and 12 % in flexural modulus after the plasma treatment .

  12. 采用锥体(锥角为60°)在2~8m/s的冲击速度范围内对芳纶复合材料进行了冲击试验,研究了锥体冲击损伤过程、形貌及损伤机理。

    Thin Kevlar composites have been impacted by circular cone ( cone angle : 60 °) in 2 ~ 8m / s impact speed . The damnification process and appearance and its mechanism have been investigated .

  13. 实验数据表明,PBO纤维在高性能纤维中强度最高。但PBO纤维复合材料层间剪切强度低于芳纶纤维复合材料,这是由于PBO纤维未经表面处理,纤维表面的活性低而且较光滑所致。

    The test results indicates the PBO has the highest strength among all high performance fibers , but the lower inter - laminar strength than Aramid fiber composites due to the untreated PBO fiber with low activity and smooth surface .

  14. 芳纶层压复合材料靶板的点冲击破坏模式

    Damage Mode of Aramid Fabric Laminated Composites under Point Impact

  15. 国产芳纶纤维复合材料试验容器缠绕成型及其性能介绍

    Winding technology and the properties for composite testing vessels with aramid fibre

  16. 单向芳纶/PP复合材料平面纵横剪切性能的分析研究

    Investigation on plane shearing properties of kevlar / pp commingled yarn composites

  17. 芳纶纤维复合材料界面粘结性能研究

    Study on interfacial bond property of aramid fiber-reinforced composite material

  18. 加工条件对芳纶/PP复合材料横向拉伸性能的影响

    Effects of process conditions on transverse tensile properties of kevlar / pp Composites

  19. γ-射线辐照对芳纶纤维复合材料力学性能的影响

    Effect of Kevlar fiber γ - ray surface treatment on mechanical properties of composites

  20. 本文探索了树脂对多孔的芳纶非织造复合材料性能的影响。

    In this dissertation , the effect of resins on properties of porous aramid non-woven composite was discussed .

  21. 初步探索了白炭黑用量对氢化丁腈/白炭黑/芳纶纤维复合材料力学性能的影响。

    The effect of the contents of silica on the properties ofHNBR / Silica / Aramid Fiber composites was preliminarily explored .

  22. 研制开发了一种用于芳纶纤维复合材料钻孔的自压紧钻孔装置及加工工艺,阐述了研制的关键技术及加工工艺要点。

    The self-impacted drilling equipment and processing technology for the drilling of aramid fiber composites are developed , and the key technology and processing points are presented .

  23. 试验结果表明,采用研制的金刚石磨粒工具加工芳纶纤维复合材料,可以显著降低切削力和切削温度,有效地抑制了毛边和撕裂等加工损伤的产生。

    Experiments result show that cutting force and cutting temperature can be significantly reduced by using developed diamond tools machining aramid fiber composites , and processing defects such as deckle edge and tear were effectively restrained .

  24. 芳纶纤维复合材料作为一种先进复合材料,因其具备优异的强度和刚度性能以及出众的抗冲击性能,在防护装甲和航空航天等军工领域获得强烈关注和广泛应用。

    Being one of the advanced composite materials , aramid composites have a unique combination of properties such as high specific strength and stiffness and excellent impact resistance , which have now been widely used in armour protection and aerospace industry .

  25. 因此有必要研究三维混杂复合材料的混杂效应。我们以五种玻璃纤维/芳纶混杂复合材料为研究对象进行了探讨。

    Therefore , it is necessary to understand how these properties are associated with the arrangement or structure and amount of yarns of different fibers . To understand the hybrid effect of the 3D hybrid composites , five types of hybrid structures of glass / aramid composites were investigated .

  26. PEO在芳纶纸基复合材料开发中的应用研究

    Study on the Application of PEO in the Development of Aramid Paper

  27. 高速电机转子用F-12芳纶/环氧复合材料护环的研究

    Application of F-12 Aramid Fiber in Retaining Ring of High-speed Generator Rotor

  28. F-12芳纶纤维及其复合材料

    F-12 aramid fiber and composites

  29. 芳纶纤维及其复合材料性能与应用研究

    The Properties and Application of Aramid Fibers and the Composite Materials

  30. 芳纶/酚醛复合材料防弹性能研究

    Study on the Ballistic Properties of Kevlar / Phenolic Composites