The monotonic and cyclic mechanical behavior of O-temper AZ31B Mg sheet was measured
in large-strain tension/compression and simple shear. Metallography, acoustic emission …

Recently, technologies for twin-roll casting have been widely developed to efficiently
fabricate the lightweight Mg alloy sheets that are quite attractive for numerous weight …

The texture development mechanism during the extrusion of magnesium alloy is
investigated by experimental observation and numerical analysis. First, we perform a finite …

Magnesium alloy sheets have been extending their field of applications to automotive and
electronic industries taking advantage of their excellent light weight property. In addition to …

Abstract Mg-2.6 Sm-1.3 Gd-0.6 Zn-0.5 Zr (wt.%) alloy is prepared with metal mold casting
and followed hot extruded at 400° C with the extrusion ratio of 25: 1. Microstructure and …

The constitutive model for the unusual asymmetric hardening behavior of magnesium alloy
sheet presented in a companion paper (Lee, MG, Wagoner, RH, Lee, JK, Chung, K., Kim …

The effect of forging on the low cycle fatigue (LCF) behavior of cast AZ31B was investigated.
The forging process was conducted at a temperature of 450° C and speed of 390 mm/min …

A new wrought magnesium alloy, AM30 (Mg-3 pct Al-0.4 pct Mn), has been developed.
Compared to the current workhorse commercial wrought magnesium alloy AZ31 (Mg-3 pct …

The sheet formability of AZ31 magnesium alloy has been widely investigated by means of
uniaxial tensile and hemispherical punch tests, performed at different temperatures and …

It was found that the rolled Mg–2.74 Gd–1.06 Zn (wt.%) alloy sheets could exhibit excellent
room-temperature ductility and formability by our previous studies. In this work, the Mg–2.74 …