Fretting fatigue in AISI 1015 steel

Gnanamoorthy, R.; Reddy, Ramakrushna

doi:10.1007/bf02706229

Cited by 12 publications

(4 citation statements)

References 11 publications

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“…Various important fretting parameters are slip amplitude, contact pressure, frequency of applied loads etc. [26]. Properties of wire material have a great effect on its fatigue behavior.…”

Section: Fretting Behavior Of Wire Ropementioning

confidence: 99%

Effect of Key Parameters on Fretting Behaviour of Wire Rope: A Review

Kumar

Goyal

Banwait

2019

Arch Computat Methods Eng

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Wire ropes are widely used in civil, mechanical and mining engineering. Safety of human life while using wire rope is always been a matter of great concern. Consequently, an efficient and safe performance of wire rope has always been an area of research. Fretting behaviour under repeated cyclic load in practical application is key player in performance of wire rope. Fretting behaviour is affected by a number of parameters viz. wire rope material, its tensile strength, lubrication and coating material and environmental factors like corrosive medium, operating temperature etc. There is a huge potential for further research in the area of fretting behaviour analysis. This paper presents a state-of-the-art review of key variables, their effect as well as remedial solution of fretting behaviour of wire rope.

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“…Various important fretting parameters are slip amplitude, contact pressure, frequency of applied loads etc. [26]. Properties of wire material have a great effect on its fatigue behavior.…”

Section: Fretting Behavior Of Wire Ropementioning

confidence: 99%

Effect of Key Parameters on Fretting Behaviour of Wire Rope: A Review

Kumar

Goyal

Banwait

2019

Arch Computat Methods Eng

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“…As the fatigue cycle increases, the surface protective film will rupture and the micro convex peak will be removed, which will increases the real contact area and the removing speed of material, so the wear coefficient will increases. As the fatigue cycle increases to a certain degree, wear debris bed and oxidation of the surface of the wear scar play a adjust role in the wear, which will result in the stable of the wear coefficient [11,12]. …”

Section: Fig 4 Polynomial Fitting Of Wear Depth Profiles Of Fatigue Wmentioning

confidence: 99%

Dynamic wear evolution of steel wires during multi-axial fretting-fatigue

Wang

Zhang

et al. 2017

IOP Conf. Ser.: Mater. Sci. Eng.

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Abstract. In order to study the dynamic wear evolution of steel wires during multi-axial fretting-fatigue, experiments were carried out on a self-made multiaxial fretting fatigue test rig. The results show that the maximum length, maximum width, area and depth of wear scar will increase with the fatigue cycles, and the cross angle decreases from 11° to 4° with increasing fatigue cycles. The wear coefficient increases quickly at first and then tends to be stabilized when fatigue cycles increases from 5000 to 20000.

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“…Among them, the majority of experimental researches aim to figure out the effects of diverse influencing factors on different materials, and it is generally believed that the crucial impact factors include contact stress, displacement amplitude, cyclic stress, coefficient of friction, material microstructure, temperature and humidity. [11][12][13] For instance, Giummarra et al 6 and Shinde and Hoeppner 14 studied the effects of different microstructures of disparate aluminium alloys on fretting fatigue life. Yang et al 15 and Peng et al 16 explained the influence of contact stress on the fretting fatigue process of different materials.…”

Section: Introductionmentioning

confidence: 99%

“…At present, almost all researches on fretting fatigue focus on two methods: experimental method and numerical simulation. Among them, the majority of experimental researches aim to figure out the effects of diverse influencing factors on different materials, and it is generally believed that the crucial impact factors include contact stress, displacement amplitude, cyclic stress, coefficient of friction, material microstructure, temperature and humidity 11–13 . For instance, Giummarra et al 6 and Shinde and Hoeppner 14 studied the effects of different microstructures of disparate aluminium alloys on fretting fatigue life.…”

Section: Introductionmentioning

confidence: 99%

Effect of contact stress on fretting fatigue behaviour of 35CrMoA steel under multiaxial nonproportional paths

Zhou

Liu

et al. 2020

Fatigue Fract Eng Mat Struct

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Fretting fatigue often occurs in contact couples subjected to both bulk oscillatory loads and normal loads, which accelerates the initiation and propagation of fatigue cracks. This study explores the multiaxial fretting fatigue behaviour of 35CrMoA steel with different contact stresses under diamond and square loading paths by experimental methods. From experimental results, the fracture mechanisms with the increase of contact stress have been summarized by combining the analysis of macrorupture and microrupture surface. The strain response behaviour, characteristics of fretting region and crack propagation direction are also analysed and concluded considering the influence of loading path and contact stress in this paper, which have been rarely mentioned in the previous literature. In addition, debris composition of stick and slip regions is investigated as well.

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Fretting fatigue in AISI 1015 steel

Cited by 12 publications

References 11 publications

Effect of Key Parameters on Fretting Behaviour of Wire Rope: A Review

Effect of Key Parameters on Fretting Behaviour of Wire Rope: A Review

Dynamic wear evolution of steel wires during multi-axial fretting-fatigue

Effect of contact stress on fretting fatigue behaviour of 35CrMoA steel under multiaxial nonproportional paths

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