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目前,新材料已经朝着复合化发展,而先进复合材料则作为航空航天结构的一种基本材料得到了推广应用。其独具优势的特点不但包括较佳的耐高温与耐疲劳特性,还包括较高的比强度与比模量,并且在大面积整体成型方面都具有比较便利的突出优势,在飞机的材料应用上,不断地获得更高的重视。笔者将针对发展前景极佳的先进复合材料在航天航空领域的运用进行分析与探讨。
At present, new materials have been developed towards compounding, while advanced composite materials have been popularized and applied as a basic material of aerospace structures. Its unique advantages include not only the high temperature and fatigue resistance characteristics, but also includes high specific strength and specific modulus, and in the large area of the overall shape has a more convenient and prominent advantages in the aircraft material applications On, continue to receive a higher priority. The author will analyze and discuss the application of advanced composite materials with excellent development prospects in the field of aerospace and aviation.