Experimental inverse pole figures of alloy Mg-5% Li (mass): (a, b)

Download scientific diagram | Experimental inverse pole figures of alloy Mg-5% Li (mass): (a, b) initial state; (c–j) after alternating bending using different number of cycles: (c, d) 0.5, (e, f) 1.0, (g, h) 3.0, and (i, j) 5.0 cycles. Hatched regions correspond to twin reorientations of crystals on the twinning planes 101-0; (d, f, g, i) correspond to the stretched side of the sheet; (c, e, h, j) correspond to the compressed side of sheets of alloy. from publication: Effect of Alternating Bending on Texture, Structure, and Elastic Properties of Sheets of Magnesium Lithium Alloy | The effect of low-cycle alternating bending at room temperature on the crystallographic texture, metallographic structure, and elastic properties of sheets of MgLi5 (mass) magnesium alloy after warm cross-rolling has been studied. Texture of alloy is differed from the texture | Texture, Magnesium and Elasticity | ResearchGate, the professional network for scientists.

Application of machine learning to assess the influence of

Deformation twinning and grain partitioning in a hexagonal close

PDF) Effect of Alternating Bending on Texture, Structure, and Elastic Properties of Sheets of Magnesium Lithium Alloy

Deformation mechanisms of dual-textured Mg-6.5Zn alloy with

QuBS, Free Full-Text

Experimental inverse pole figures of alloy Mg-5% Li (mass): (a, b)

Experimental incomplete direct pole figures {0002} of alloy Mg-5% Li

Strains induced by different {10-12} variant pairs under different strains.

Grain refining and improving mechanical properties of AZ31 Mg

Equal channel angular extrusion for bulk processing of Fe–Co–2V

PDF) Effect of Alternating Bending on Texture, Structure, and Elastic Properties of Sheets of Magnesium Lithium Alloy