lf6

The laser-arc hybrid welding technology for LF6 aluminum alloy was introduced .

对LF6铝合金的激光-电弧复合焊接工艺进行了初步研究。

Welding process parameter has a essential effect on mechanical performance of LD10 / LF6 aluminum alloy joint .

焊接工艺对LD10/LF6铝合金接头力学性能有明显的影响。

The results show that the tensile properties of LF6 alloy and its welded joint are greatly affected by low temperature .

研究结果表明：低温对LF6合金及其焊接接头的拉伸性能具有显著影响。

The relationship of the heat deformation processes of the antirust aluminum alloy LF6 and its microstructure were studied .

研究了防锈铝合金LF6热变形工艺对组织的影响。

A Study of the Superplasticity of Aluminium LF6 & LY12 and an Estimation of Its Plastic Potentiality

对铝合金LF6、LY12超塑性的研究及对其塑性潜力的预测

The microstructural change and fracture morphology during superplastic deformation of LF6 Alumini-um alloy have been examined .

研究了LF6铝合金超塑性变形中的显微组织变化及断口形貌特征。

Based on simulated aerospace thermal cycling test , the effect of thermal cycle on the fracture mechanism of LF6 aluminum alloy welded joint was investigated .

通过模拟空间热循环试验，研究了热循环因素对LF6铝合金焊接接头断裂机理的影响。

With the secondary duplicated model structure with high magnification , the surface grain structure of LF6 aluminum alloy superplastically deformed is observed .

借助于高放大倍率的二次复型组织，观察了LF6铝合金超塑变形后的表面晶粒组织。

The tensile properties and microstructure of LF6 aluminum alloy weld joint under simulating near earth space environment are studied by means of vacuum thermal cycling system .

采用真空热循环试验装置，模拟近地轨道空间环境，研究了LF6铝合金焊接接头拉伸性能和微观组织，分析讨论了真空热循环对焊接接头的影响规律。

LF6 with alclad suffered from serious corrosion in salt-lake because of " electrolyte effect " .

带包铝的LF6由于“电解质效应”在盐湖发生严重腐蚀；

At the initial stage of thermal cycling , the strength and elongation of the LF6 alloy welded joint increase fast as a result of the generation of dislocation .

初始循环时，由于位错不断增殖，使得LF6合金焊接接头的强度和塑性增加较快；

Mechanical properties of welded joint of LF6 / LD10 aluminum alloy by FSW were studied . The results showed that welding process parameters have an essential effect on mechanical properties of LF6 / LD10 aluminum alloy joint .

通过LF6/LD10铝合金搅拌摩擦焊（FSW）的工艺试验研究，分析了工艺参数对其接头性能的影响。