Effect of strain rate on tensile and work hardening properties for Al-Zn magnesium alloys

Effect of Aluminium Content on the Tensile Properties of Mg-Al-Zn Alloys

“…More work hardening of AZ61 could be recognised by the large increment of differences between yield stress and ultimate tensile strength in nominal stress-strain curve. On the contrary, AZ31 clearly possessed less work hardening compare to AZ61 (Latif et al 2014). However, the elongation for both AZ31 and AZ61 were found identical.…”

“…Work hardening rate for AZ61 was considered after yielding up to the ultimate tensile strength, while the hardening process for AZ31 was diminished after yielding. The diffi culty of deformation would be induced by the presence of dislocation density to allow more hardening of the alloy (Latif et al 2014).…”

Numerical Analysis of Recycled AA6061 Reinforced Alumina Oxide Undergoing Finite Strain Deformation Uniaxial Tensile and Taylor Cylinder Impact Tests

“…Numerous researchers have made significant efforts to study the strain-rate dependency of materials, and it has been observed that different materials exhibit varying behaviors under different strain rates [12][13][14][15][16]. However, when it comes to characterizing materials undergoing finite strain deformation, the focus has predominantly been on primary aluminum alloys [17][18][19][20][21][22].…”