随着社会对经济型结构的需求，不锈钢/镍基合金异种金属接头在航空航天、运

随着社会对经济型结构的需求，不锈钢/镍基合金异种金属接头在航空航天、运输、生物工程、核电、导航和军事领域的应用越来越广泛[1]。但异种材料接头界面的化学成分和性能会急剧变化，导致了结构的变形和高梯度残余应力，接头处容易失效。功能梯度材料（Functionally Graded Materials，FGM）的化学组成、微观结构和性能沿着材料厚度或长度方向逐渐变化[3]，可以克服上述问题并实现有效连接 [4]【5】。

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结果 (英语) 1: [复制]

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With society's demand for economical structures, stainless steel/nickel-based alloy dissimilar metal joints are increasingly used in aerospace, transportation, bioengineering, nuclear power, navigation and military fields [1]. However, the chemical composition and properties of the joint interface of dissimilar materials will change drastically, resulting in structural deformation and high gradient residual stress, making the joint prone to failure. The chemical composition, microstructure and properties of functionally graded materials (FGM) gradually change along the thickness or length of the material [3], which can overcome the above problems and achieve effective connections [4][5].

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结果 (英语) 2:[复制]

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With the demand for economic structures in society, the application of stainless steel/nickel based alloy dissimilar metal joints in aerospace, transportation, bioengineering, nuclear power, navigation, and military fields is becoming increasingly widespread. However, the chemical composition and properties of the interface between dissimilar materials can undergo rapid changes, leading to structural deformation and high gradient residual stress, making the joint prone to failure. The chemical composition, microstructure, and properties of functionally graded materials (FGM) gradually change along the material thickness or length direction [3], which can overcome the above problems and achieve effective connection [4] [5].

正在翻译中..

结果 (英语) 3:[复制]

复制成功！

With the social demand for economical structure, stainless steel/nickel-base alloy dissimilar metal joints are widely used in aerospace, transportation, bioengineering, nuclear power, navigation and military fields [1]. However, the chemical composition and properties of the interface of dissimilar materials will change sharply, which will lead to structural deformation and high gradient residual stress, and the joint is easy to fail. The chemical composition, microstructure and properties of Functionally Graded Materials (FGM) gradually change along the thickness or length direction of the material [3], which can overcome the above problems and realize effective connection [4] [5].

正在翻译中..

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