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Direct electric resistance heat treatment (DERHT) is especially suitable for the rapid functional property tailoring of NiTi alloys. However, the dependence of processing window and microstructural evolution of DERHT on the initial material state remains unclear so far. To clarify this issue, NiTi wires of 1mm in diameter with aged, non-aged, nanocrystalline and coarse-grained material states were...
Surface oxidation at elevated temperatures has been a phenomenon of interest for NiTi alloys. On one hand it has been deliberately used to provide a surface protective layer to prevent Ni release for biomedical applications, and on the other it is to be minimised in metal processing and production. This study investigated the use of flowing argon as a protective gas for heat treating NiTi at elevated...
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