首页> 外文会议>2001 a Materials and Processes Odyssey >ALOTECH PRECISION SAND CASTING OF ALUMINUM ALLOYS, A NEW TECHNOLOGY FOR COST EFFICIENT, EXTREMELY HIGH QUALITY CAST COMPONENTS FOR AEROSPACE AND AUTOMOTIVE APPLICATIONS
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ALOTECH PRECISION SAND CASTING OF ALUMINUM ALLOYS, A NEW TECHNOLOGY FOR COST EFFICIENT, EXTREMELY HIGH QUALITY CAST COMPONENTS FOR AEROSPACE AND AUTOMOTIVE APPLICATIONS

机译:铝合金的ALOTECH精密砂型铸造,一种用于航空航天和汽车领域的低成本,极高品质的铸件的新技术

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摘要

Aluminum alloy casting is an attractive technology for fabrication of cost efficient aerospace and automotive structural components. However, casting applications for critical components for these markets are constrained by the unpredictable quality of cast products produced by existing aluminum casting technologies. Consequently most aerospace and many automotive aluminum casting applications require costly Hot Isostatic Pressing (HIP) to upgrade the quality of cast components fabricated from moderate strength aluminum casting alloys. A new casting technology, Alotech Precision Sand Casting, through rigorous capture of Ten Casting Rules and advanced molten metal treatment, quiescent molten metal flow and controlled solidification techniques, provides breakthrough metallurgical processes for fabrication of extremely sound precision castings in high strength wrought aluminum alloys. Alotech Precision Sand Castings, without HIP, have demonstrated fatigue performance equivalent or superior to wrought product. In this paper, the foundations of this advanced casting technology and results achieved to date are presented.
机译:铝合金铸件是制造具有成本效益的航空航天和汽车结构部件的一种有吸引力的技术。但是,这些市场的关键部件的铸造应用受到现有铝铸造技术生产的铸件产品质量不可预测的限制。因此,大多数航空航天和许多汽车铝铸件应用都需要昂贵的热等静压(HIP)来提高由中等强度的铝铸合金制成的铸件的质量。 Alotech精密砂型铸造是一种新的铸造技术,它通过严格捕获十个铸造规则和先进的熔融金属处理,静止的熔融金属流动和可控的凝固技术,为在高强度锻造铝合金中制造极其精密的精密铸件提供了突破性的冶金工艺。没有HIP的Alotech精密砂型铸件的疲劳性能与锻造产品相当或更高。在本文中,介绍了这种先进铸造技术的基础以及迄今为止所取得的成果。

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