Abstract
Al–Si alloy and pure titanium were lap joined using friction stir welding technology. Microstructure and tensile properties of joints were examined. The maximum failure load of joints reached 62% of Al–Si alloy base metal with the joints fractured at the interface. X-ray diffraction results showed that new phase of TiAl 3 formed at the interface. The microstructure evolution and the joining mechanism of aluminum–titanium joints were systematically discussed.
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