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An Evaluation of the Mechanical Properties Critical to the Design of Interior Magnesium Components
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English
Abstract
he mechanical properties of magnesium die castings that are critical to the design of interior components are evaluated in three situations. First, the results of instrumented impact testing of the AM alloys, AZ91D and AE42 are reviewed. Second, creep properties of AZ91D and the AM alloys at a slightly elevated temperature, 50°C, are evaluated. Lastly, the effect of aging at 100°C on the AM alloys is reported. In all cases, the results are based on separately cast test bars.
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Aune, T. and Riopelle, L., "An Evaluation of the Mechanical Properties Critical to the Design of Interior Magnesium Components," SAE Technical Paper 960415, 1996, https://doi.org/10.4271/960415.Also In
References
- Aune T. Kr. Ruden T. “High Temperature Properties of Magnesium Die Casting Alloys” SAE Technical Paper # 920070 Detroit 1992
- Basner T. Evans M. Sakkinen D. “The Effect of Extended Time Aging on the Mechanical Properties of Vertical Vacuum Cast Aluminum-Manganese and Aluminum-Rare Earth Magnesium Alloys” SAE Technical Paper # 930419 Detroit 1993
- Sakkinen D. Evans M. NADCA Technical Paper T-93-112 Cleveland 1993
- Aune T. Kr. Albright D. L. Westengen H. “Properties of Die Cast Magnesium Alloys of Varying Aluminum Content” SAE Technical Paper # 900792 Detroit 1990
- Aune T. Kr. Westengen H. “Property Update on Magnesium Die Casting Alloys” SAE Technical Paper # 950424 Detroit 1995