Agradecimentos: This work was supported by CNPq - Brazilian National Council for Scientific and Technological Development (Grant Nos. 424744/2016-3, 309920/2016-7, and 142579/2018-1). Special thanks go to the electron microscope laboratories at LNNano/CNPEM and LCE/UFSCar for providing access to...

Agradecimentos: This work was supported by CNPq - Brazilian National Council for Scientific and Technological Development (Grant Nos. 424744/2016-3, 309920/2016-7, and 142579/2018-1). Special thanks go to the electron microscope laboratories at LNNano/CNPEM and LCE/UFSCar for providing access to their facilities

One of the main drawbacks of welding dissimilar metal alloys is the potential massive precipitation of deleterious intermetallic compounds that occurs at the interface joint. Solid-state welding processes are therefore attractive, given the lower temperatures involved. In this work, dissimilar high...

One of the main drawbacks of welding dissimilar metal alloys is the potential massive precipitation of deleterious intermetallic compounds that occurs at the interface joint. Solid-state welding processes are therefore attractive, given the lower temperatures involved. In this work, dissimilar high strength aluminum and titanium alloys were friction-stir-welded using the spindle power control mode to reduce the heat input at the joint as much as possible. A microstructural characterization indicated that the chosen parameters (heat input of ~0.5 kJ/mm) produced welded joints without spatially continuous layers of deleterious intermetallic compounds

CONSELHO NACIONAL DE DESENVOLVIMENTO CIENTÍFICO E TECNOLÓGICO - CNPQ

424744/2016-3; 309920/2016-7; 142579/2018-1

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