RI 9466 - Wire Rope Research: Analysis of Bending Fatigue in a 2-Inch IWRC Wire Rope (828860e1-1834-4246-912a-1a25d0793bc1)

The National Institute for Occupational Safety and Health (NIOSH)
A. J. Miscoe
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
20
File Size:
821 KB
Publication Date:
Jan 1, 2010

Abstract

A unique machine for inducing bending fatigue in wire ropes was built at the U.S. Bureau of Mines' Pittsburgh Research Center. This machine can produce nine levels of degradation through repetitive cycling of long samples of wire ropes of the types used in the mining industry. This report provides an analysis of the results of the first wire rope to be fatigued on this machine. These results have indicated that as a wire rope accumulates bending cycles, its strength first decreases because of wear and then in-creases due to cold working of the wires. As the amount of cold working increases, more and more of the embrittled wires break and the strength of the rope decreases rapidly. In this test, application of several of the regulatory retirement criteria to various sections of the rope suggests that there may be some inconsistency among them.
Citation

APA: A. J. Miscoe  (2010)  RI 9466 - Wire Rope Research: Analysis of Bending Fatigue in a 2-Inch IWRC Wire Rope (828860e1-1834-4246-912a-1a25d0793bc1)

MLA: A. J. Miscoe RI 9466 - Wire Rope Research: Analysis of Bending Fatigue in a 2-Inch IWRC Wire Rope (828860e1-1834-4246-912a-1a25d0793bc1). The National Institute for Occupational Safety and Health (NIOSH), 2010.

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