AL-MG-SC相关论文
针对目前军用飞机铝合金结构损伤抢修及日常维修技术存在的弊端,提出采用激光焊接技术修复损伤的2Al2结构件;研究了自制的Al-5Mg-0......
激光冲击板料变形是利用高能脉冲激光和材料相互作用诱导的高幅冲击波的力效应使板料产生塑性变形的新型激光加工技术。基于激光冲......
Al-Mg-Sc型铝合金5B70力学性能较好,断裂强度及屈服强度均优于5A06铝-镁合金,若能将Al-Mg-Sc合金用于航天器舱体密封结构,则能提高......
Mechanical properties and microstructure of Al-Mg-(Sc, Zr) welded joint prepared by manual labor melt inert gas(MIG) wel......
Phase relation of the aluminium-magnesium-scandium system in the Al-rich range at 430 ℃ was investigated by means of mu......
试验分别测试了含有微量Sc和Er的Al-Mg-Mn-Zr合金(Al-6Mg-0.4Mn-0.10Sc-0.12Zr和Al-6Mg-0.4Mn-0.25Er-0.12Zr)在不同应变速率和温......
