2023
DOI: 10.17714/gumusfenbil.1301957
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Determining the optimal reduction ratio in temper rolling in terms of residual stress distribution across thickness

Bilal ÇOLAK

Abstract: Materials with compressive stresses on the surface withstand fatigue failures, cracking, galling, and corrosion. This compressive stress at the surface can be created by temper rolling. The rolling process must be conducted with an appropriate reduction to obtain the desired benefit from temper rolling. A 1% thickness reduction is usually applied to endow flatness and surface texture to the strip, and this reduction is sufficient to eliminate the discontinuous yielding phenomenon. In this study, 2.5-mm-thick l… Show more

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