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Wettability enhancement of aluminum metal matrix composite reinforced with magnesium coated silicon carbide particles

机译:用镁涂层碳化硅颗粒加固铝金属基质复合材料的润湿性

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The adhesion at the interface between the matrix and reinforcement plays a major role in determining mechanical properties of Aluminum Metal Matrix Composite (AMMCs).Various techniques are developed for better properties of AMMCs.Some are complex in nature and expensive.Simple and cheap methods are still to be found to satisfy the stringent demand of customers.In the present experimental study,extensive and inclusive laboratory experiment is done which possibly improves the wettability between the matrix and reinforcement.The first phase of the experiment is preparation of matrix material,reinforcement and fluxes.This includes composition analysis of aluminum,crushing particles of SiC and analyzing their size distribution.The second phase is the selection of the manufacturing process,which possibly enhances the wettability between the matrix and reinforcement.As a result,test samples of a composite having different content and compositions of reinforcement are prepared using squeeze casting.
机译:基质和增强件之间的界面处的粘合在确​​定铝金属基质复合物(AMMCS)的机械性能方面起着重要作用。开发了用于更好的AMCS的性能的重要技术。在自然界中是复杂的,昂贵的方法是复杂的。昂贵和廉价的方法仍然被发现满足客户的严格需求。在目前的实验研究中,采用广泛和包容性的实验室实验,这可能改善了基质和增强之间的润湿性。实验的第一阶段是制备基质材料,加固和增强助焊剂。包括铝,粉碎颗粒的组成分析,分析其尺寸分布。第二阶段是选择制造过程,这可能增强了基质和加固之间的润湿性。结果,复合材料的试验样品使用挤压Ca制备具有不同内容和增强组成刺。

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