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Creep behaviour of inconel 718 processed by laser powder bed fusion

机译:激光粉床融合处理的Inconel 718的蠕变行为

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Additive manufacturing lends itself well to the manufacture of aerospace parts due to the high complexity and small volume of many components found in modern aero engines. By exploiting additive manufacturing design freedoms, enhanced part functionality can be achieved and lead time can be reduced. However, the integrity of these parts is a primary concern which often cannot be guaranteed with current generation additive manufacturing methods and materials. Studies on the performance of additively manufactured parts under service conditions are therefore required.
机译:由于现代航空发动机中发现的许多部件的高复杂性和少量,因此添加剂制造对航空航天部件的制造提供良好。 通过利用添加剂制造设计自由度,可以实现增强的零件功能,并且可以减少铅时间。 然而,这些部件的完整性是主要关注的主要问题,这些份额通常不能用当前产生的添加剂制造方法和材料保证。 因此,需要研究在服务条件下的增塑部件的性能。

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