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New Mg–Al based alloy sheet with good room-temperature stretch formability and tensile properties

T. Nakata, Chao Xu, Hideaki Ohashi, Yu Yoshida, Katsuhito Yoshida, S. Kamado

2020Scripta Materialia75 citationsDOIOpen Access PDF

Abstract

We have successfully developed a Mg–3Al–0.4Mn (wt%) alloy sheet with good room-temperature formability. The alloy sheet shows a large Index Erichsen value of 8.2 mm due to its unique texture feature where the most of the grains have circular distribution of basal poles away from the normal direction of the sheet. The fine grain structure also leads to moderate strengths and large ductility with in-plane isotropic tensile property. These mechanical properties could be realized via industry viable rolling processing, thus the alloy sheet is highly possible to broaden the applications of Mg alloys in automotive industries.

Topics & Concepts

FormabilityMaterials scienceAlloyDuctility (Earth science)MetallurgyUltimate tensile strengthIsotropyTexture (cosmology)Composite materialSheet metalElongationAnisotropyArtificial intelligenceQuantum mechanicsImage (mathematics)CreepPhysicsComputer scienceMagnesium Alloys: Properties and ApplicationsAluminum Alloys Composites PropertiesMetal and Thin Film Mechanics
New Mg–Al based alloy sheet with good room-temperature stretch formability and tensile properties | Litcius