Microstructure, mechanical properties and intermetallic compounds formation in electron beam welding of Nitinol to Ti6Al4V

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Welded joints showed no macroscopic cracks during solidification, ensuring structural integrity.
The tensile test revealed an average strength of 160 ± 5 MPa, indicating strong joint performance.
Optical and scanning electron microscopy provided insights into distinct microstructures at alloy interfaces.
The study suggests potential for future enhancements in welding techniques through interlayer applications.

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Autogenous electron beam welding enhances mechanical properties of Nitinol and Ti6Al4V, highlighting intermetallic compound formation.

Yaseen et al. (2025) studied this question.

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