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首页> 外文会议>Society for Biomaterials Transaction Annual Meeting vol.29 pt.2 >The effects of fiber length and loading on the handling and mechanical properties of a calcium phosphate material
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The effects of fiber length and loading on the handling and mechanical properties of a calcium phosphate material

机译：纤维长度和载荷对磷酸钙材料处理和机械性能的影响

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Beam strength, flexural load at fracture, initial load at fracture, and work of fracture were established for ten fiber loaded samples in addition to plain CPC. It was shown that loading CPC with short bioabsorbable fibers gives a significant increase in both bending strength and work of fracture. This testing also demonstrates a clear correlation between increasing fiber loading level and increasing strength and work of fracture up through 4% loading of 1mm fibers. Blending 1mm fibers with longer fibers (2mm and 4mm) was shown to give little or no improvement in strength and work of fracture over the use of 1mm fibers only.
机译：除了普通CPC以外，还为10个纤维加载的样品建立了梁强度，断裂时的弯曲载荷，断裂时的初始载荷和断裂功。结果表明，用短生物可吸收纤维加载CPC会显着增加弯曲强度和断裂功。该测试还表明，通过增加4％的1mm纤维负载量，增加纤维负载量与增加强度和断裂功之间存在明显的相关性。与仅使用1mm纤维相比，将1mm纤维与更长的纤维（2mm和4mm）混合后，强度和断裂功几乎没有改善，甚至没有改善。

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