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Combined Influence of Stretch-Bending Straightening and Ageing on the Tensile Properties of Packaging Steels
by
Ehmke, Björn
, Altenbach, Holm
, Nouskalis, Dimitrios
, Möller, Sebastian
, Dresbach, Christian
in
Aging (metallurgy)
/ Alloys
/ Bending
/ Carbon steel
/ degree of stretching
/ Flatness
/ intermesh
/ Investigations
/ Mechanical properties
/ Packaging
/ packaging steel
/ Parameters
/ prediction model
/ Prediction models
/ Residual stress
/ Steel industry
/ Straightening
/ Tensile properties
/ Tensile strength
/ Tensile stress
/ Yield stress
2025
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Combined Influence of Stretch-Bending Straightening and Ageing on the Tensile Properties of Packaging Steels
by
Ehmke, Björn
, Altenbach, Holm
, Nouskalis, Dimitrios
, Möller, Sebastian
, Dresbach, Christian
in
Aging (metallurgy)
/ Alloys
/ Bending
/ Carbon steel
/ degree of stretching
/ Flatness
/ intermesh
/ Investigations
/ Mechanical properties
/ Packaging
/ packaging steel
/ Parameters
/ prediction model
/ Prediction models
/ Residual stress
/ Steel industry
/ Straightening
/ Tensile properties
/ Tensile strength
/ Tensile stress
/ Yield stress
2025
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Combined Influence of Stretch-Bending Straightening and Ageing on the Tensile Properties of Packaging Steels
by
Ehmke, Björn
, Altenbach, Holm
, Nouskalis, Dimitrios
, Möller, Sebastian
, Dresbach, Christian
in
Aging (metallurgy)
/ Alloys
/ Bending
/ Carbon steel
/ degree of stretching
/ Flatness
/ intermesh
/ Investigations
/ Mechanical properties
/ Packaging
/ packaging steel
/ Parameters
/ prediction model
/ Prediction models
/ Residual stress
/ Steel industry
/ Straightening
/ Tensile properties
/ Tensile strength
/ Tensile stress
/ Yield stress
2025
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Combined Influence of Stretch-Bending Straightening and Ageing on the Tensile Properties of Packaging Steels
Journal Article
Combined Influence of Stretch-Bending Straightening and Ageing on the Tensile Properties of Packaging Steels
2025
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Overview
Stretch-bending straightening is used to ensure the desired flatness properties of packaging steel in the final stage of semi-finished product manufacturing. Not only is the flatness of the steel affected by the alternating bending load and the tensile load during the stretch-bending straightening process, but the mechanical properties also change depending on several factors. It was found out that the stretch-bending straightening parameters, the temper-rolling degree and the amount of interstitial elements have an influence on this change in mechanical properties. A follow-up ageing process, after stretch-bending straightening, also has a significant impact on this change. Based on these observations, a multivariate prediction model is developed describing the dependence between straightening parameters and resulting yield strength characteristics in non-aged and aged conditions for three different packaging steels.
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