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纤维强化金属复合材料(Fiber Reinforced Metals,FRM)的研究与使用至今只有十余年的历史。它与纤维强化塑料复合材料(Fiber Reinforced Plastic,FRP)有所不同;它的基体是金属或合金;制造工艺更加困难;而且性能的波动性也较大。这些情况给FRM材料的研制及应用造成了较大的困难。但是由于FRM材料性能优越(如耐热性远远超过FRP材料)且近年来在制造工艺上也有新的发展,使这种材料在航空为主的尖端工业中已开始得到应用,并收到了很好的
Fiber Reinforced Metals (Fiber Reinforced Metals, FRM) research and use so far only 10 years of history. It differs from Fiber Reinforced Plastic (FRP); it has a matrix of metal or alloy; the manufacturing process is more difficult; and the performance is more volatile. These circumstances have caused great difficulties in the development and application of FRM materials. However, due to the superior performance of FRM materials (such as far more heat resistance than FRP materials) and new developments in manufacturing processes in recent years, this material has been used in leading aerospace-based industries and received very good Ok