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Three-Layer Al/Al-B4C Composite Material Prepared by Casting and Hot Rolling

机译:铸造热轧三层Al / Al-B4C复合材料

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摘要

Casting and hot rolling are proposed to verify a semi-continuous casting and hot rolling process to produce a three-layer Al/Al-B (4) C metal-cermet composite. The outer layer is pure Al, the inner layer is Al matrix composite reinforced with B (4) C particles (the mass fraction of Al and B (4) C are 62.36 and 37.64%, respectively). The results show that the reinforced particles are distributed in the inner layer homogeneously, and both layers are sintered together with no pores or flaws. The clad ratios of the composites of 26, 5, 3, and 1 mm are 50.28, 54.67, 61.23, and 57.46%, respectively. The Vickers hardness varies from 46 HV for the outer pure aluminum layer to 158 HV for the inner composite layer in 3 mm specimen, indicating totally different properties in different layers.
机译:建议采用铸造和热轧来验证半连续铸造和热轧工艺,以生产三层Al / Al-B(4)C金属陶瓷复合材料。外层是纯Al,内层是用B(4)C颗粒增强的Al基复合材料(Al和B(4)C的质量分数分别为62.36%和37.64%)。结果表明,增强颗粒均匀地分布在内层中,并且两层都烧结在一起而没有孔或裂纹。 26、5、3和1 mm的复合材料的包覆率分别为50.28、54.67、61.23和57.46%。在3 mm的试样中,维氏硬度从外部纯铝层的46 HV到内部复合层的158 HV变化,表明不同层的性能完全不同。

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