研究了一种具有低弹性模量(约66 MPa)形状记忆合金Ti-9.5Mo-4Nb-2V-3Al的力学性能与形状记忆效应(SME).研究结果表明,固溶处理后Ti-9.5Mo-4Nb-2V-3Al合金拉伸过程中伴随发生应力诱发马氏体转变,马氏体组织呈片层状.拉伸变形后的合金试样经223℃保温处理5 min后将发生马氏体相的逆转变,合金表现出完全非线性恢复特征,其完全恢复应变量为2.2％.对马氏体相逆转变过程分别采用了X射线衍射仪、差热分析及四点电阻法进行了研究,Ti-9.5Mo-4Nb-2V-3Al合金的马氏体逆转变开始温度Ms为92℃,转变结束温度Mf为105℃.
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