The dissimilar joining of biodegradable magnesium alloy to pure commercial titanium by
rotational friction welding with rotational speeds of 1100, 1200 and 1300 r/min for the …

This work experimentally studied the weld-seam cross section characteristics and the fatigue
performance of AA2024 aluminum alloy friction stir linear welded joints. The Vickers …

Magnesium alloys are attractive for automotive industry due to their high specific strength.
Reliable joining technique is needed to build up structures with magnesium alloys …

The structural applications of lightweight alloys in the automotive and aerospace industries
inevitably involve welding and joining of challenging dissimilar Mg-to-Al and Mg-to-steel …

Magnesium-based hybrid composites are light and have better mechanical and tribological
properties than magnesium. In this research, AZ31B–SiO 2–graphite hybrid surface …

As magnesium and its alloys are almost 35% lighter than aluminum alloys, they are ideal
candidates for automotive and aerospace industries. In this research, multipass friction stir …

介绍了摩擦焊的基本原理及特点, 综述了镁合金摩擦焊的研究进展, 重点讨论了Mg-Mg
同种材料和Mg-Al 异种材料摩擦焊工艺, 连接机理, 接头微观组织及其力学性能 …

Highlights•Hybrid friction diffusion welding is used to fabricate Mg alloy tube to tube plate
joints.•Developed an empirical relationship to study and analyse the parametric effect on the …

Friction stir welding (FSW) was applied in the current study in order to butt weld AZ31B-H24
alloy plates. Creep tests were conducted both on the parent material and on the friction stir …

Friction welding was applied to dissimilar aluminum cast bars alloyed with 2 and 8% copper
and the effects of upset time on joint properties were evaluated in this study. The welding …