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Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll

Next-generation rolls such as super-cermet rolls can be manufactured only by adopting a sleeve roll structure where the shaft is shrink-fitted into the sleeve. To prevent sleeve cracking due to sleeve slip, reducing the residual stress at the inner surface of the sleeve is important. In this paper,...

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Main Authors: Aridi M.R., Rafar R.A., Noda N.-A., Sun Z., Sano Y., Takata K., Takase Y.
Other Authors: 55917036200
Format: Article
Published: Elsevier Ltd 2024
Subjects:
Heat treatment
Rolling
Shaft
Shrink-fitting
Simulations
Sleeve
Residual stresses
Bimetallics
Inner surfaces
Manufacturing process
Residual stress simulations
Simulation
Solid heat treatments
Tensile residual stress
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id my.uniten.dspace-33856
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spelling my.uniten.dspace-338562024-10-14T11:17:21Z Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll Aridi M.R. Rafar R.A. Noda N.-A. Sun Z. Sano Y. Takata K. Takase Y. 55917036200 57190936546 7202782903 57312174600 23477944500 57214886022 7102555632 Heat treatment Rolling Shaft Shrink-fitting Simulations Sleeve Residual stresses Bimetallics Inner surfaces Manufacturing process Residual stress simulations Rolling Shaft Simulation Sleeve Solid heat treatments Tensile residual stress Heat treatment Next-generation rolls such as super-cermet rolls can be manufactured only by adopting a sleeve roll structure where the shaft is shrink-fitted into the sleeve. To prevent sleeve cracking due to sleeve slip, reducing the residual stress at the inner surface of the sleeve is important. In this paper, therefore, two extreme manufacturing processes are investigated to provide suitable residual stress to the sleeve one is the process of quenching/tempering a solid roll and boring the inside to manufacture a sleeve. The other is the process in which the inside of a solid roll is lathed to manufacture a sleeve, which is then quenched/tempered. The results show that the latter sleeve heat treatment is better than the former solid heat treatment because the tensile residual stress can be reduced at the sleeve inside. After shrink-fitting of the shaft into the latter sleeve, the fatigue strength and the residual stress are discussed in comparison with the ones of the solid roll currently and widely used. � 2023 Final 2024-10-14T03:17:21Z 2024-10-14T03:17:21Z 2023 Article 10.1016/j.jmapro.2023.09.068 2-s2.0-85174924145 https://www.scopus.com/inward/record.uri?eid=2-s2.0-85174924145&doi=10.1016%2fj.jmapro.2023.09.068&partnerID=40&md5=3d25e7bfb23fb580d4484146b05f7635 https://irepository.uniten.edu.my/handle/123456789/33856 107 252 267 Elsevier Ltd Scopus
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic Heat treatment
Rolling
Shaft
Shrink-fitting
Simulations
Sleeve
Residual stresses
Bimetallics
Inner surfaces
Manufacturing process
Residual stress simulations
Rolling
Shaft
Simulation
Sleeve
Solid heat treatments
Tensile residual stress
Heat treatment
spellingShingle Heat treatment
Rolling
Shaft
Shrink-fitting
Simulations
Sleeve
Residual stresses
Bimetallics
Inner surfaces
Manufacturing process
Residual stress simulations
Rolling
Shaft
Simulation
Sleeve
Solid heat treatments
Tensile residual stress
Heat treatment
Aridi M.R.
Rafar R.A.
Noda N.-A.
Sun Z.
Sano Y.
Takata K.
Takase Y.
Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
description Next-generation rolls such as super-cermet rolls can be manufactured only by adopting a sleeve roll structure where the shaft is shrink-fitted into the sleeve. To prevent sleeve cracking due to sleeve slip, reducing the residual stress at the inner surface of the sleeve is important. In this paper, therefore, two extreme manufacturing processes are investigated to provide suitable residual stress to the sleeve
author2 55917036200
author_facet 55917036200
Aridi M.R.
Rafar R.A.
Noda N.-A.
Sun Z.
Sano Y.
Takata K.
Takase Y.
format Article
author Aridi M.R.
Rafar R.A.
Noda N.-A.
Sun Z.
Sano Y.
Takata K.
Takase Y.
author_sort Aridi M.R.
title Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
title_short Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
title_full Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
title_fullStr Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
title_full_unstemmed Residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
title_sort residual stress simulation for bimetallic sleeve roll constructed by shrink-fitting in comparison with bimetallic solid roll
publisher Elsevier Ltd
publishDate 2024
_version_ 1814060047242625024
score 13.214268

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