Metadynamic recrystallization in A5083 aluminum alloy
2022324 · The static softening behavior of A5083 aluminum alloy with different initial microstructures was studied using various characterization techniques. ... The metallographic preparation of these mounted samples followed the conventional grinding and polishing procedures, including final polishing with a colloidal silica suspension
Effect of different machining parameters on surface
2019923 · Evaluation of Machining Performance for Electrochemical Surface Grinding of Aluminium Based Hybrid MMC. 15 August 2022. ... Also, A5083 alloy with the minimum surface roughness of 4.9 μm could be drilled at an optimum feed rate of 0.15 mm/rev at a spindle speed of 1000 rpm without build-up edge. The optimum drilling spindle speed
Fusion boundary microstructure evolution and mechanical
202121 · A5083 alloy contains higher amounts of Mg and Mn than A5754 alloy. Due to this, the degree of supercooling at A5083 interface is higher than at A5754 interface. Higher degree of supercooling induces a larger temperature gradient in the liquid metal in front of the solid/liquid interfaces. Thus, the grains of EQZ are finer in A5083 interface ...
The surface hardness was then formulated as a function of the technology parameters in the grinding processes such as the depth of cut, the grinding wheel speed, the workpiece speed, etc. ... Friction-Stir Spot Mechanical
Journal of Materials Processing Technology | Vol 306,
Plastic instability criterion based on new necking parameters for Cu–Al, Cu–A5052, and Cu–A5083 roll-bonded laminated metal composites fabricated without post-annealing Yoji Miyajima, Takuya Yamada, Toshiyuki Fujii Article Download PDF Article preview Research articleFull text access
