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Porous Graded Materials by Stacked Metal Powder Hot-Press Moulding

机译:多孔梯度材料通过堆叠金属粉热压成型

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摘要

The production method for metal components with micro sized porous structure has been developed by applying "powder space holder method" to metal powder injection molding process. In this study, a co-sintering process was utilized to make a plate of sintered metal with micro porous graded structure. The green compact sheets with various contents of space hold particles were prepared by hot press molding for simplification. The five layers of metal with symmetric structure, which the skin layer was formed with high density metal and the core was formed with open or closed porous structure, or with inverse symmetry, was obtained by changing stacking sequence in co-sintering process. Mechanical properties of the materials with plain homogeneous porous structure and porous graded structure were compared. The usefulness of proposed method for producing the metal components with micro porous graded structure and the effective of graded structure to compensate the deficiencies on the mechanical property of porous metals was shown.
机译:通过将“粉末空间夹持器方法”施加到金属粉末注射成型工艺,开发了具有微尺寸多孔结构的金属部件的制造方法。在该研究中,利用共烧成过程制成具有微多孔分级结构的烧结金属板。通过热压模塑制备具有各种空间保持颗粒颗粒含量的绿色光学薄片,以简化。通过在共烧成过程中改变堆叠序列,通过改变共烧制过程中的堆叠序列而形成具有高密度金属的对称结构的五层与对称结构,形成具有高密度金属的对称结构,或者用闭合多孔结构形成或逆对称。比较了具有普通均相多孔结构和多孔分级结构的材料的力学性能。示出了具有微多孔分级结构的制造金属成分的所提方法的用量和分级结构的有效性,以补偿对多孔金属的机械性质的缺陷。

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