Superplastic Aluminum Forming - Expanding Its Techno-Economic Niche

机译：超塑铝成型-扩大其技术经济领域

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Is Superplastic forming technology standing on the threshold of breaking out of its niche markets to become a "main stream" volume manufacturing process? To answer this question it is important to understand the techno-economics and price sensitivities of processing, tooling and superplastic materials.rnThis paper examines the commercial success of Superplastic aluminum forming over the past twenty-five (25) years and the techno-economic barriers to be aware of for higher volume SPF production to become commercially viable. Key factors for possible future "rapid" Superplastic forming materials and processing techniques are also explored.

机译：超塑成型技术是否正处于突破其利基市场，成为“主流”批量生产工艺的门槛？要回答这个问题，重要的是要了解加工，工具和超塑性材料的技术经济性和价格敏感性。rn本文研究了过去二十五年（25）年中超塑性铝成形的商业成功和技术经济障碍。请注意，要提高SPF的批量生产使其具有商业可行性。还探讨了可能的未来“快速”超塑性成形材料和加工技术的关键因素。

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来源
《Towards innovation in superplasticity II》|1998年|785-796|共12页
会议地点 Kobe City(JP)
作者
A.J. Barnes;
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作者单位

Superform USA, Riverside, CA 92517-5375, USA;

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会议组织
原文格式 PDF
正文语种 eng
中图分类金属学（物理冶金）;
关键词
superplastic forming; aluminum; cost; design; markets;

机译：超塑性成形铝;成本;设计;市场;

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专利

1. On Practical Forming Limits in Superplastic Forming of Aluminum Sheet [J] . Yingbing Luo, Craig Miller, George Luckey Journal of Materials Engineering and Performance . 2007,第3期

机译：铝板超塑性成形中的实际成形极限
2. On Practical Forming Limits in Superplastic Forming of Aluminum Sheet [J] . Yingbing Luo, Craig Miller, George Luckey, Journal of Materials Engineering and Performance . 2007,第3期

机译：铝板超塑性成形中的实际成形极限
3. Influence of Combined Severe Plastic Deformation and Sheet Extrusion Process on the Superplastic Formability of AA 5083 Aluminum Alloy Assessed by Free Bulge Test [J] . Fereshteh-Saniee F., Fakhar N., Mahmudi R. Journal of Materials Engineering and Performance . 2019,第11期

机译：组合严重塑性变形和钢板挤出过程对自由凸出试验评估AA 5083铝合金的超塑性成形性的影响
4. Superplastic Aluminum Forming - Expanding Its Techno-Economic Niche [C] . International conference "towards innovation in superplasticity" . 1999

机译：超塑性铝合金 - 扩大其技术经济利基
5. The influence of impurity content on creep deformation, cavity stringer formation, microstructure evolution, and boundary segregation in the superplastic zinc-22wt% aluminum eutectoid (Zinc-aluminum). [D] . Yousefiani, Ahmadali. 1999

机译：杂质含量对22wt％超塑性锌共析铝（锌铝）中蠕变变形，空腔纵梁形成，微观结构演变和边界偏析的影响。
6. Expanded graphite embedded with aluminum nanoparticles as superior thermal conductivity anodes for high-performance lithium-ion batteries [O] . Tingkai Zhao, Shengfei She, Xianglin Ji, -1

机译：嵌入铝纳米颗粒的膨胀石墨作为高性能锂离子电池的卓越导热阳极
7. The Effectiveness of Back Pressure in Superplastic Blow Forming of Aluminum Alloy AA 5083 Performed at Very Favorable Conditions for Cavitation Growth [O] . André Ferrara Carunchio, Daniel Almeida Pereira, Mario Henrique Fernandes Batalha, 2018

机译：背压在铝合金AA 5083的超塑性吹塑成形的有效性在空化生长的非常有利条件下进行
8. Evaluation of superplastic forming and co-diffusion bonding of Ti-6Al-4V titanium alloy expanded sandwich structures [R] . Arvin, G. H., Israeli, L., Stolpestad, J. H., 1981

机译：Ti-6al-4V钛合金膨胀夹层结构的超塑性成形和共扩散连接的评价

Superplastic Aluminum Forming - Expanding Its Techno-Economic Niche

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