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Process-based cost modeling of tool-steels parts by transient liquid-phase infiltration of powder-metal preforms

机译:通过粉末金属预制件的瞬时液相渗透对工具钢零件进行基于工艺的成本建模

摘要

(cont.) cost between these two processes was related mainly to their powder scrap rates, 15 % for the Pressing-TLI and 80% for the 3DP-TLI. The high scrap rate value of the 3DP process originates from the fact that powder is sieved before printing, eliminating the coarse and very fine particles. A possible option to decrease this value is to recycle or sell the extra powder, which will reduce the fabrication cost significantly. The model also shows that the main cost for both processes is the powder cost. TLI technical parameters such as heating and cooling rates were included in the model in order to predict the cost behavior when those are manipulated. Because the powder cost dominates the total fabrication cost, variations in the heating and cooling rates do not significantly affect the cost.
机译:这两个过程之间的成本(续)主要与废粉率有关,Pressing-TLI为15%,3DP-TLI为80%。 3DP工艺的高废品率值源于以下事实:在打印之前将粉末过筛,从而消除了粗糙且非常细的颗粒。降低此值的一种可能选择是回收或出售多余的粉末,这将大大降低制造成本。该模型还显示,这两个过程的主要成本是粉末成本。 TLI技术参数(例如加热和冷却速率)已包括在模型中,以便预测这些参数被操纵时的成本行为。由于粉末成本占总制造成本的主导,因此加热和冷却速率的变化不会显着影响成本。

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