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A review of non-destructive testing techniques for the in-situ investigation of fretting fatigue cracks
Authors
Abbasi
Abbasi
+185 more
Abbasi
Aguirre
Ahmadi
Al-Jumaili
Almeida
An
Araújo
Araújo
Arnaud
Arora
Azevedo
Baietto
Baietto
Barile
Berthel
Bhatti
Bhatti
Bhatti
Bhatti
Birosca
Bo
Buffiere
Buffiere
Cadario
Cadario
Camacho
Camacho
Cardoso
Carter
Cartz
Chai
Chai
Chapman
Chhith
Chhith
Chhith
Ciavarella
De Chiffre
de Pannemaecker
De Pannemaecker
De Pauw
Ding
Ding
Ding
Eden
El Haddad
Fadel
Fedorova
Ferjaoui
Ferre
Ferrié
Forsyth
Fouvry
Fouvry
Gandiolle
Gandiolle
Gandiolle
Gandiolle
Garcin
Grosse
Han
Han
Han
Han
He
Hellstein
Hills
Hojjati-Talemi
Hojjati-Talemi
Houghton
Hung
Hutson
Hutson
Hutson
Ibarra-Castanedo
Jeung
Jian
Jiao
Jiao
Jiménez-Peña
Juoksukangas
Juoksukangas
Kang
Keshtgar
Kondo
Krewerth
Krewerth
Kubota
Kubota
Kubota
Lalonde
Larsen
Liang
Linhart
Liu
Luke
Lykins
Ma
Ma
Madge
Majzoobi
Majzoobi
Majzoobi
Majzoobi
Majzoobi
Makino
Marco
Marshall
Martínez
Masserey
Mathieu
McCarthy
McCarthy
Meola
Meriaux
Meriaux
Mokhtarishirazabad
Mostafavi
Mukhopadhyay
Muthu
Namjoshi
Naoe
Navarro
Navarro
Nazarchuk
Nazarchuk
Neslen
Nesládek
Nishida
Nowell
Otsuka
Pan
Pandey
Paris
Pearson
Pereira
Pereira
Pestana
Poncelet
Prakash
Proudhon
Proudhon
Proudhon
Rajasekaran
Ratassepp
Roberts
Ruiz
Rupil
Shang
Shull
Sposito
Su
Sum
Talemi
Thäsler
Tong
Torres
Ul-Hamid
Urbanek
Vanlanduit
Vantadori
Venugopal Poovakaud
Verdu
Vingsbo
Vázquez
Waddell
Wade
Wagle
Wagle
Wagner
Wang
Wang
Wavish
Weekes
Wei
Winkler
Wisner
Xie
Yan
Yin
Zhang
Zhang
Zhao
Zilberstein
Zilberstein
Publication date
1 November 2020
Publisher
'Elsevier BV'
Doi
Cite
Abstract
© 2020 The Authors Fretting fatigue can significantly reduce the life of components, leading to unexpected in-service failures. This phenomenon has been studied for over a century, with significant progress being made during the past decade. There are various methods that have been used to study fretting fatigue cracks in order to gain a greater understanding of the effects of fretting fatigue. Destructive methods are traditionally used to observe fretting fatigue cracks. Although useful in determining crack location, crack length, crack propagation modes, crack path and shape, it is not efficient or reliable for time based measurements. Non-destructive testing has developed in recent years and now in-situ monitoring can be used during testing in order to increase the understanding of fretting fatigue. This paper presents a review of non-destructive testing techniques used in-situ during fretting fatigue testing, which are compared in order to conclude the suitability of each technique. Recent developments in non-destructive techniques that could be also applied for fretting fatigue tests are also discussed, as well as recommendations for future research made
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