After another conversation about future projects and the difficulty of bending extruded magnesium, we were on the road again, speeding across the top of Italy on the A4, vineyards lapping at the highway's edge.
At first, a finite element model is developed for laser bending of magnesium alloy M1A sheet.
Plane bending fatigue tests of magnesium alloy, AZ31, were conducted using micro cantilever specimens, which were composed of single crystals.
Furthermore, strain gauge measurements, optical strain field measurements, and fully reversed bending moment controlled fatigue tests on magnesium sheet metals (AZ31B) were performed to evaluate the four-point-bending device.
The plastic deformation in tension and bending of textured and non-textured magnesium stent struts with different numbers of grains through the strut dimension is investigated.
The present work aims at studying the tangential bending process (wiping) and the combined effect of a bending and stretching stress on thin (0.7 mm) magnesium alloy (AZ31) sheets when working in warm conditions.
For the verification purpose, the springback of AZ31B magnesium alloy sheet was measured using the unconstrained cylindrical bending test of Numisheet (Numisheet '2002 Benchmark Problem, 2002.
The influence of electrical parameters pulse frequency (f) and peak current density (J) on the springback of AZ31B magnesium alloy sheet was studied through electrical pulse-assisted (EPA) V-bending at 373 K.
For the top, which must be stiff enough to help the can retain its shape and withstand the bending force when it is opened, can makers blend aluminum with magnesium.
Plane bending fatigue tests had been conducted to investigate fatigue crack initiation mechanism in coarse-grained magnesium alloy, AZ31, with hexagonal close-packed (hcp) crystallographic structure.
