The 6N01 Aluminum Components by Orthogonal Design Optimization

Feng Lin Xu; Bo Li; Hong Bo Wang; Jin Jin Wu; Dong Feng Li; Cheng Hou Zhou; Xiao Min Wang

doi:10.4028/www.scientific.net/AMR.1102.23

Paper Titles

Effect of Heat Treatment on the Creep Properties of Zr-1Nb-0.12O Nuclear Cladding Tubes
p.3

Mechanical Performance and Ductility of Cu/Al/Cu Clad Metals
p.7

Study of Co-Mn/TiO₂ SCR Catalyst at Low Temperature
p.11

Hot Deformation and Cracking during Compression of 21-4N Steel
p.17

The 6N01 Aluminum Components by Orthogonal Design Optimization
p.23

Emission Factors for Dioxin for Coal Burning, Secondary Smelting and Alloying of Aluminum, and Cement Kiln Processes
p.27

Effect of Shot Peening Coverage on Fatigue Strengths of Steels and Aluminum Alloy
p.33

Patch Designing for Damaged Metallic Structure Repaired with Adhesively Bonded Composite Patch
p.37

Application of the Betti Number to Prior Austenite Grain Size Analysis of Repeatedly Quenched Steel Based on the Homology Method
p.45

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1102The 6N01 Aluminum Components by Orthogonal Design...

The 6N01 Aluminum Components by Orthogonal Design Optimization

Abstract:

In this study, we designed four components of 6N01 aluminum alloy by orthogonal design, and analyzed the effect of the different elements for the mechanical properties and microstructure of the designed material after casting, homogenization annealing, extrusion treatment and natural aging. Considering the above series of tests of the data indicators, and thus orthogonal filter out two materials that all aspects of performance are more excellent.Keywords: orthogonal design; 6N01 aluminum alloy; mechanical properties; microstructure