Effect of Softening on the Mechanical Properties and Formability of Ribbon from Alloy 3104

Aryshenskii, Evgenii; Zhuravel, L. V.; Aryshenskii, Vladimir; Беглов, Э. Д.

doi:10.1007/s11041-014-9694-0

Cited by 2 publications

(2 citation statements)

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“…In the case of the hot-rolled AA3014, the rolling of the homogeneous ingot starts at $450-500 C and ends at $300 C (> T Recrystallization ) (Li et al, 2018;Halmos, 2005). The hot rolling temperature is, however, a function of the roller technology, as in reversing and coiling mills the rolling coil temperature is lower than that of the in-line hot rollers (tandem mills), which does not allow the material to recrystallize during self-annealing (Engler, 2012a,b;Aryshenskii et al, 2019Aryshenskii et al, , 2014. Regarding the cold rolling of AA3104, it is carried out at room temperature, with the closing temperature, however, being able to rise to values higher than 150 C, when large thickness reductions take place, which leads to partial static recovery of the material during cooling (Hirsch, 2006;2005b;Hirsch et al, 1996).…”

Section: Rollingmentioning

confidence: 99%

Evolution of microstructure and crystallographic texture throughout the rolling process of AA3104

Papadopoulou¹,

Tsiolis²,

Gavalas³

et al. 2022

Acta Crystallogr Sect B

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The metallic components are manufactured through several thermomechanical processes. Each selected procedure has multiple targets. The first target is to obtain the required dimensional criteria and second, to achieve the ideal mechanical response toward the application. This is currently accomplished through years of knowhow combined with an academic background of materials science and engineering. Since metals are polycrystalline materials, the several rotations of the crystals, the preferred orientation also known as texture, and their interactions, are crucial characteristics that are directly correlated to the final response of the material, and one could apprehend its thermomechanical prehistory as well as predict is behavior. Different atomic arrangements act differently texture-wise therefore in the current review article, the evolution of the microstructure and the crystallographic texture through the thermomechanically rolling process especially of Al alloys for packaging applications is analyzed. The crystallographic texture evolution in 3xxx Al alloys in different processing routes is presented and compared to the anisotropic effects occurring during deep drawing. The earing phenomena in Al alloys are correlated to the produced texture and therefore their understanding is crucial in order to highlight the importance of texture control throughout the thermomechanical process.

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Section: Rollingmentioning

confidence: 99%

Evolution of microstructure and crystallographic texture throughout the rolling process of AA3104

Papadopoulou¹,

Tsiolis²,

Gavalas³

et al. 2022

Acta Crystallogr Sect B

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“…Thus, the lowest relative elongation values of δ=5-7% are lined up with the rolling direction, and the highest values of δ=8-10% are at 45° angle to the rolling direction [3]. At the same time, by contrast with 3104 alloy [4], neither strip producers, nor ends producing factories have the clear understanding of the minimum acceptable plasticity level and mechanical properties variability.…”

Section: Introductionmentioning

confidence: 97%

Evaluation of Bevarage Can End Forming Process Using Kolmogorov’s Fracture Criterion

Kolobov

Aryshenskii

Erisov

et al. 2017

KEM

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The present study investigates the process of beverage can end forming from 5182 aluminum alloy. Stress-strain state during forming is analyzed using finite element method in PAM-Stamp 2G, and fracturing probability is evaluated based on V.L. Kolmogorov’s fracture criterion. It is established, that stress state does not provide the sufficient plasticity margin during ends forming. Blank material plasticity resource is depleted during preliminary and reverse drawing stages, defects accumulation during countersink forming is negligible. Minimum relative elongation value, responsible for fracture-free end forming, is 6% in the rolling direction.

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Effect of Softening on the Mechanical Properties and Formability of Ribbon from Alloy 3104

Cited by 2 publications

References 0 publications

Evolution of microstructure and crystallographic texture throughout the rolling process of AA3104

Evolution of microstructure and crystallographic texture throughout the rolling process of AA3104

Evaluation of Bevarage Can End Forming Process Using Kolmogorov’s Fracture Criterion

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