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A fully annealed Ti-50.15%Ni alloy was found to develop a multiple-stage transformation behaviour after ageing at 623 K. The transformation behaviour corresponded to the R-phase transition and two separate martensitic transformations on cooling and two reverse transformations of the two martensites on heating. This study investigated the effects of overheating and thermal cycling on the stability of the multiple-stage transformation behaviour. It was found that overheating to above 723 K for adoi:10.1051/jp4:2001820 fatcat:4l3toesxqvbntdcuvkeajctliq