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Resistance of fibrous reinforced silver matrix composites to repeated make-break arc erosion

机译:纤维增强银基复合材料对反复破坏电弧的抵抗力

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摘要

[[abstract]]The resistance of fibrous reinforced silver matrix composites to repeated make-break arc erosion has been investigated in this study. Three different types of short fibers were used as reinforcements, including graphite short fibers, Saffil short fibers, and silicon carbide whiskers. The weight losses of eroded composites increase with fiber content, applied current, and test number due to the worse thermal conductivity of the composites and the higher remained temperatures on contact surfaces. The composites reinforced with Saffil short fibers exhibit the best erosion resistance of all reinforcements in the study because of the small spacings between Saffil short fibers and the strengthening of strong short-fiber skeletons. The effective contribution of short fibers to arc erosion resistance depends on their sizes to construct small-spacing and deeply-embedded skeletons
机译:[[摘要]]这项研究研究了纤维增强银基复合材料对反复冲断电弧腐蚀的抵抗力。三种不同类型的短纤维用作增强材料,包括石墨短纤维,Saffil短纤维和碳化硅晶须。受腐蚀的复合材料的重量损失随着纤维含量,施加的电流和测试次数的增加而增加,这是由于复合材料的导热性较差且接触表面上的残留温度较高。使用Saffil短纤维增强的复合材料在研究中显示了所有增强材料的最佳耐蚀性,因为Saffil短纤维之间的间距较小,并且坚固的短纤维骨架得以增强。短纤维对耐电弧腐蚀的有效贡献取决于其尺寸,以构造小间距和深埋的骨架

著录项

  • 作者

    Hsu Chia-Jung;

  • 作者单位
  • 年度 2011
  • 总页数
  • 原文格式 PDF
  • 正文语种 [[iso]]en
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