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Effect of spray forming on the microstructure and wear properties of Al-Si alloys

机译:喷雾形成对Al-Si合金微观结构和磨损性能的影响

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In this study an attempt is made to investigate the effect of spray forming over chill casting. The microstructures of spray formed AH2Si and Al-20Si alloys consisted of a fine dispersion of Si particulates of size ranging from 2-10 um in Al matrix, whereas microstructures of chill cast alloys are coarser. The hardness is higher and wear rate is lower for spray formed alloys than that of chill cast alloys. The better wear and hardness properties of spray formed alloys are explained in light of their microstructural features evolved during spray forming and morphology of worn-out surfaces.
机译:在这项研究中,尝试研究喷雾形成在寒冷铸造上的影响。 喷雾形成的微观结构AH2SI和Al-20Si合金由Si颗粒的细分分散在Al基质中的2-10μm的尺寸范围内,而冷却铸造合金的微观结构是粗糙的。 对于喷雾形成的合金而不是冷却铸造合金,硬度较高,磨损率较低。 鉴于它们在喷涂表面的喷雾成形和形态期间进化的微观结构特征,解释了喷雾形成合金的更好的磨损性能。

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