非连续增强钛基复合材料(DRTMCs)作为轻质、耐热、高强、可变形加工材料的代表在航空航天领域具有广泛的应用前景.新一代超高速飞行器及高推比发动机使D RTMCs的研究再次受到关注.综述DRTMCs的制备方法、增强相与基体选择、增强相分布构型设计、后续变形与热处理、力学性能的研究进展,指出研究中存在的问题,并提出未来发展方向.进一步发展应结合应用背景分别制备高弹、高耐磨、高强韧、耐高温等系列具有不同性能特点的DRTMCs,并制备更耐磨、更抗氧化的梯度表面,以提高其使用寿命.结合3D打印技术开展DRTMCs微小构件、形状复杂构件的制备以及增强相空间分布状态调控研究.进而采用合理的焊接技术,实现大尺寸、形状复杂、异种材料等构件焊接,从而推动DRTMCs长远发展.
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