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外科缝合材料的物理特性:应力-应变关系、应力松弛和不可逆伸长。

Physical properties of surgical suture materials: Stress-strain relationship, stress-relaxation and irreversible elongation.

作者信息

Holmlund D E

出版信息

Ann Surg. 1976 Aug;184(2):189-93. doi: 10.1097/00000658-197608000-00010.

Abstract

The stress-strain relationship, the stress-relaxation and the irreversible elongation of different suture materials were investigated. It was found that the distensibility of the fibers varied greatly. Most fibers were found to be chiefly elastic but some fibers were elastic when a moderate load was applied and plastic when the load increased. Some fibers, especially Prolene, were plastic also when moderate load was applied. The importance of information concerning these and other physical properties of surgical suture material is pointed out. In the future, surgeons will not have to accept suture materials with unknown physical properties but will demand fibers with defined properties for every purpose.

摘要

研究了不同缝合材料的应力-应变关系、应力松弛和不可逆伸长。发现纤维的可拉伸性差异很大。大多数纤维主要是弹性的,但有些纤维在施加中等负荷时是弹性的,而在负荷增加时是塑性的。一些纤维,尤其是聚丙烯纤维,在施加中等负荷时也是塑性的。指出了有关手术缝合材料这些及其他物理特性信息的重要性。未来,外科医生将不必接受物理特性未知的缝合材料,而是会针对每种用途要求具有明确特性的纤维。

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