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Microscale testing of the strut in open cell aluminum foams

机译:开孔铝泡沫中支柱的微尺度测试

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This paper presents the results of micro-tensile testing of the individual struts that were extracted from open cell aluminum foams in the as-fabricated (F), annealed (O) and T6-strengthened (T6) conditions. The results reveal that foam struts are generally stronger and more dutile than the corresponding solid alloys under the same heat treatment conditions. The distinguished strut properties are attributed to the unique grain structures of the struts typically consisting of one grain or having bamboo-like grain structure. The measured strut strengths are also incorporated into mechanics models to estimate foam strengths. A comparison of the predicted and measured foam strengths shows that direct measurement of strut properties is critical to make precise estimation of foam strengths.(C) 2005 Springer Science + Business Media, Inc.
机译:本文介绍了在制造(F),退火(O)和T6强化(T6)条件下从开孔泡沫铝中提取的单个支杆的微拉伸试验结果。结果表明,在相同的热处理条件下,泡沫撑杆通常比相应的固态合金更坚固,更耐用。显着的支杆性能归因于支杆的独特晶粒结构,该支杆通常由一种晶粒组成或具有类似竹子的晶粒结构。测得的支撑强度也被合并到力学模型中以评估泡沫强度。比较预测的和测量的泡沫强度表明,直接测量支撑杆的性能对于精确估算泡沫强度至关重要。(C)2005 Springer Science + Business Media,Inc.

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