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UPDATING DEFINITIONS AND CONCEPTS IN THE DISCIPLINE OF COMPOSITE MATERIALS

机译:更新复合材料学科的定义和概念

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摘要

Composite materials have aroused a keen interest amongst academicians, researchers, technologists, and entrepreneurs. As a result, a profuse variety of processes and materials used for their production has been reported as scholarly articles either in specialized journals or more general materials science and engineering publications. Concurrently, partly because of the advent of nanoscience and nanotechnology and by the green materials and processes approach, numerous new terms and concepts have emerged. And while the current definition of composites is restricted to processes where no dissolution occurs, new reports suggest the formation of new phases through dissolution processes or chemical reactions, giving place to in situ formed phases. Also, from the mechanical behavior standpoint, the guest phase in a matrix was always considered a "reinforcing phase" while there are phases which confer thermal or functional properties. In this contribution, the definition of composite materials is reviewed and some current terms are presented.
机译:复合材料引起了院士,研究人员,技术学家和企业家的敏锐兴趣。因此,在专业期刊或更多通用材料科学和工程出版物中,已经报告了对其生产的丰富各种方法和材料。同时,部分是因为纳米科学和纳米技术的出现以及绿色材料和过程方法,出现了许多新的术语和概念。虽然复合材料的当前定义仅限于没有发生溶出的过程,但是新的报告表明通过溶解过程或化学反应形成新阶段,以原位形成的阶段。而且,从机械行为观点来看,矩阵中的客体阶段总是被认为是“加强阶段”,而存在赋予热或功能性的相位。在这一贡献中,审查了复合材料的定义,并提出了一些当前术语。

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