… extrusion direction on the strain-controlled low-cycle fatigue behavior of an extruded AZ31
magnesium alloy … strength decreased, whereas the tensile yield strength and ultimate tensile …

… Extruded Mg alloys have significantly higher mechanical … Strain-controlled LCF tests were
performed using a … have rarely been examined on recently developed SEN alloys. Fig. 5a and …

… [35] conducted numerical simulation of cyclic behavior of AZ91 magnesium alloy under
isothermal and thermo-mechanical strain-controlled low cycle fatigue loadings. In this regard, the …

… (relative to the as-extruded), resulting in a decrease in life under fully reversed strain controlled
fatigue loading. For the pure … Recently there has been a strong impetus towards forging of …

… evaluate strain-controlled low cycle fatigue behavior of a high zinc-containing Mg-10Zn-5Al
(wt.%) cast magnesium alloy … Unlike extruded magnesium alloys, the alloy exhibited almost …

… Hot-extrusion of magnesium and its alloy … the fatigue life of magnesium alloys correctly due
to unusual changes of maximum and mean stresses during strain-controlled fatigue tests [55]. …

… An extruded AZ31B (Mg-3Al-1Zn-0.5Mn) magnesium alloy … strain-controlled tension-compression
along the extrusion … mechanisms of low cycle fatigue in Mg alloys are related to a …

… extruded, precipitation-strengthened AZ80 magnesium (Mg) alloy subjected to strain-controlled
low-cycle fatigue … Recently, comprehensive studies have been performed to understand …

… Recently, a study into the relationship between innovative … an extruded alloy WE43 over a
more traditional Mg alloy AZ91. … the strain-controlled LCF behavior of a rolled WE43 alloy in …

… has been recently explored using magnesium alloys by several … when they found that under
strain controlled cyclic testing the stable … Low cycle fatigue properties of an extruded AZ31 …