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首页> 外文期刊>International Journal of Engineering Trends and Technology >Nanomaterials For Manufacturing of Functional Prototypes By Additive Manufacturing: A State of The Art Review And Future Research Prospective
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Nanomaterials For Manufacturing of Functional Prototypes By Additive Manufacturing: A State of The Art Review And Future Research Prospective

机译:添加剂制造业纳米材料制造功能原型:艺术综述和未来研究前瞻性的状态

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Additive manufacturing has considered as one of the advanced manufacturing processes for the manufacturing of highly sustainable functional prototypes. The previous studies have been reported to manufacture different polymers, metals, alloys, and composite materials, which have been shown a wide range of applicability. Also, the use of conventional materials and processes restrict the broad applicability. Nanomaterials are the class of engineering materials that can provide functionality in the products manufactured by additive manufacturing. The previous studies have reported nanomaterials for the manufacturing of sustainable products with a range of functionalities, e.g., sensing abilities, high mechanical performance, toughness, melting behavior, etc. The present study is a state of the art review for nanomaterials in the additive manufacturing process for future applications.
机译:添加剂制造被认为是制造高度可持续的功能原型的先进制造工艺之一。 据报道,先前的研究制造了不同的聚合物,金属,合金和复合材料,这些材料已经显示出广泛的适用性。 此外,使用常规材料和过程限制了广泛的适用性。 纳米材料是一种工程材料,可以在添加剂制造生产的产品中提供功能。 先前的研究报告了纳米材料,用于制造可持续产品,其具有一系列功能,例如感测能力,高机械性能,韧性,熔化行为等。本研究是添加剂制造中纳米材料的最新方法 未来应用程序的过程。

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