文章摘要
镁合金等温成形技术研究及其应用
Research and Application of Isothermal Forming Technology of Magnesium Alloy
Received:September 13, 2009  Revised:November 10, 2009
DOI:
中文关键词: 镁合金  等温成形  应用
英文关键词: magnesium alloy  isothermal forming  application
基金项目:
Author NameAffiliation
HUANG Shu-hai 1.No.59 Institute of China Ordnance Industry Chongqing 400039 China
2.National Defence Research and Application Center of Precision Plastic Forming Technology Chongqing 400039 China 
ZHAO Zu-de 1.No.59 Institute of China Ordnance Industry Chongqing 400039 China
2.National Defence Research and Application Center of Precision Plastic Forming Technology Chongqing 400039 China 
XIAO Yuan-lun 1.No.59 Institute of China Ordnance Industry Chongqing 400039 China
2.National Defence Research and Application Center of Precision Plastic Forming Technology Chongqing 400039 China 
KANG Feng 1.No.59 Institute of China Ordnance Industry Chongqing 400039 China
2.National Defence Research and Application Center of Precision Plastic Forming Technology Chongqing 400039 China 
NING Hai-qing 1.No.59 Institute of China Ordnance Industry Chongqing 400039 China
2.National Defence Research and Application Center of Precision Plastic Forming Technology Chongqing 400039 China 
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中文摘要:
      重点评述了该技术研究的若干基础理论(如流变力学模型、变形机理、细晶强化机制)和关键技术(如预成形优化设计、临界控制变形、高效润滑),并介绍了该技术国内外取得的研究成果,同时探析了该技术的发展方向,以提高我国镁合金等温成形技术的研发水平。
英文摘要:
      The isothermal forming of magnesium alloy, which is deemed as green processing technology of great potentiality, is applied widely on industrial production and scientific research of ordnance industry, aviation industry, astronavigation industry, and automotive industry. The basic theories, including flow stress model, deformation mechanism, fine-grained strengthening mechanism, and the key technologies, including preforming optimization design, critical control deformation, efficient lubricantion, of isothermal forming of magnesium alloy, are commented emphatically. The research findings of this technology are introduced, and the developing direction is expounded, aiming to improve study and widen the field of application.
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