减小后坐力的系缆。设计、分析和标准化

D. Stenvers, W. Wilke, E. McCorkle, R. Chou
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引用次数: 4

摘要

Satec为Samson rope Technologies制造了一台容量为500,000 kg的卧式合成绳测试机。该试验机的设计是为了适应合成绳与钢丝绳不同的特性,例如更高的伸长。该仪器具有较高的横向速度能力和伸长测量能力,可用于研究高性能绳索的动态和静态行为。一种专利的12股HMPE绳被开发出来,具有降低后坐力的特性。本文论述了该技术的设计、测试和分析。对钢丝绳测试标准进行了比较,分析了钢丝绳的能量吸收和后坐力,并讨论了钢丝绳长度的影响。此外,还介绍了绳具协会测试程序CM 502的发展,以总结绳具行业为标准化测试和降低后坐力绳的性能要求所做的集体努力
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mooring lines with reduced recoil properties - design, analysis and standardization
A horizontal synthetic rope testing machine, with a 500,000 kg capacity, was constructed for Samson Rope Technologies by Satec. The testing machine was designed to accommodate the characteristics of synthetic rope that are different than wire rope - such as higher elongation. With its high crosshead speed capability and elongation measurement capability, this machine can be used to study both the dynamic and static behaviors of high performance ropes. A patented 12-strand HMPE rope was developed to exhibit reduced recoil properties. This paper discusses the design, testing and analysis of this technology. Comparison of rope testing standards and analysis of energy absorption and rope recoil are presented and the effects of rope length are discussed. Development of the Cordage Institute testing procedure CM 502 is also presented to summarize the collective efforts in the cordage industry to standardize the testing and performance requirements of a reduced recoil rope
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