Strength and Fatigue Life of Wire Rope

Chien, Chi‐Hui; LeClair, Raymond A.; Costello, George A.

doi:10.1080/08905458808960261

Cited by 8 publications

(2 citation statements)

References 3 publications

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“…So, in the context of mechanical strength, steel wire ropes are typically analyzed for strain and stress [1]; hence, research on wire ropes is essential. The fatigue strength depends on the crack propagation in the wire rope's internal and external cross sections and its ability to withstand abrasion and plasticity after extended use [2].…”

Section: Introduction Aim and Scope 1use Of Steel Wire Ropesmentioning

confidence: 99%

Detecting Discontinuities in Steel Wire Ropes of Personal Lifts Based on the Analysis of Their Residual Magnetic Field

et al. 2022

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Steel wire rope is essential to many rope transport devices. As steel ropes are used, they become damaged, the identification of which is often very difficult or time-consuming. The criteria for retiring steel wire ropes are rigorous—sometimes, ropes that remain fit for further operation are replaced. This article aims to define a novel method of identifying the condition of steel ropes based on their residual magnetic field measurements and their potential use in other industries in the event of damage. This article presents a methodology for detecting discontinuities in steel ropes, which allows for determination of their suitability for further operation. The work uses a rope as a load-bearing element of a personal lift. The initial signal was recorded with a SpinMeter-3D magnetometer. The obtained results were subjected to the extraction of features, the analysis of which allowed identifying the damage. The obtained results enable us to conclude that this procedure is crucial in the context of sustainable development.

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Section: Introduction Aim and Scope 1use Of Steel Wire Ropesmentioning

confidence: 99%

Detecting Discontinuities in Steel Wire Ropes of Personal Lifts Based on the Analysis of Their Residual Magnetic Field

et al. 2022

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“…(Chien et al, 1988;Costello and Phillips, 1975;Velinsky et al, 1984). The seminal work in which the theory of slender rods has been applied to this problem is attributed to Costello and his students and associates; see e.g.…”

Section: Introductionmentioning

confidence: 99%

Compressive Loading of Stiffened, Wire-Strand Based Structures

Velinsky

2004

Mechanics Based Design of Structures and Machines

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Wire strands and rope are most commonly used in applications that require a combination of tensile loading and relatively low bending rigidity, such as in lifting devices like cranes. However, compressively loaded cords and strands are found in more complex structures such as composites. This article presents the theory for wire strands that are stiffened for compressive loading by wraps of additional material. The analysis approach employed is consistent with earlier work on multi-layer wire strands and complex cross-section wire ropes in which the structure is ''built'' a layer at a time and compatibility is enforced.

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Failure Analysis Based on Weakest Link Concept

Kobelev

2021

Durability of Springs

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Strength and Fatigue Life of Wire Rope

Cited by 8 publications

References 3 publications

Detecting Discontinuities in Steel Wire Ropes of Personal Lifts Based on the Analysis of Their Residual Magnetic Field

Detecting Discontinuities in Steel Wire Ropes of Personal Lifts Based on the Analysis of Their Residual Magnetic Field

Compressive Loading of Stiffened, Wire-Strand Based Structures

Failure Analysis Based on Weakest Link Concept

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