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DEVELOPMENT OF HYDRO MECHANICAL FORMING TECHNOLOGY USING ALUMINUM DAMPING SHEET FOR DEEP DRAWING AUTOMOTIVE PART.

机译：用铝阻尼板进行水力机械成型技术的开发，用于深层绘制汽车部件。

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Hydro mechanical forming method was studied on forming of deep drawing automotive part using aluminum damping sheet. Concretely speaking, effect of mechanical properties, lubricating conditions, hydro pressure patterns, tool dimensions and forming processes were investigated on formability for deep drawing automotive part, and the appropriate forming condition was made clear. Consequently deep drawing automotive part using aluminum damping sheet was formed without fracture.

机译：研究了利用铝阻尼板的深拉动汽车部件对水电机械形成方法。具体说话，研究了机械性能，润滑条件，水力压力图案，刀具尺寸和形成工艺的影响，对深层拉丝汽车部件的可成型性，并清楚地清楚地形成了适当的形成条件。因此，使用铝阻尼片材的深层绘制汽车部件，无裂缝形成。

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来源
《International conference on aluminum alloys》|1998年||共6页
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作者
Takeo SAKURAI; Shigenori YOSHIZAWA;
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原文格式 PDF
正文语种
中图分类 TG146.21;
关键词
hydro mechanical forming; hydro pressure pattern; aluminum damping sheet; deep drawing; automotive part;

机译：水力机械成型;水力压力图案;铝阻尼板;深图;汽车部件;

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1. Numerical and experimental investigations of hydro-mechanical deep drawing process of laminated aluminum/steel sheets [J] . S. Bagherzadeh, M.J. Mirnia, B. Mollaei Dariani Journal of Manufacturing Processes . 2015,第apra期

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2. Prediction of Forming Limit in Hydro-Mechanical Deep Drawing of Steel Sheets Using Ductile Fracture Criterion [J] . S.-T. Oh, H.-J. Chang, K. H. Oh Metals and Materials International . 2006,第2期

机译：基于延性断裂准则的钢板水力机械深冲成形极限预测
3. Theoretical, numerical and experimental investigation of hydro-mechanical deep drawing of steel/polymer/steel sandwich sheets [J] . Majid Fazlollahi, Mohammad Reza Morovvati, Bijan Mollaei Dariani Proceedings of the Institution of Mechanical Engineers, Part B. Journal of engineering manufacture . 2019,第5期

机译：钢/聚合物/钢夹芯板水力机械深图的理论，数值和实验研究
4. DEVELOPMENT OF HYDRO MECHANICAL FORMING TECHNOLOGY USING ALUMINUM DAMPING SHEET FOR DEEP DRAWING AUTOMOTIVE PART. [C] . Takeo SAKURAI, Shigenori YOSHIZAWA International conference on aluminum alloys . 1998

机译：用铝阻尼板进行水力机械成型技术的开发，用于深层绘制汽车部件。
5. Mechanics of bending, flanging, and deep drawing and a computer-aided modeling system for predictions of strain, fracture, wrinkling and springback in sheet metal forming. [D] . Wang, Chuantao. 1993

机译：弯曲，翻边和深冲的力学原理以及计算机辅助建模系统，用于预测钣金成形中的应变，断裂，起皱和回弹。
6. Experimental and analytical evaluation of Incremental Sheet Hydro-Forming strategies to produce high forming angle sheets [O] . Yogesh Kumar, Santosh Kumar 2019

机译：增量板液压成形策略生产高成形角板的实验和分析评估
7. The Effect of Local Heating by Laser Irradiation for Aluminum, Deep Drawing Steel and Copper Sheets in Incremental Sheet Forming [O] . Lehtinen, Pekka, Väisänen, Tapio, Salmi, Mika 2015

机译：铝板，深冲钢板和铜板的激光辐射局部加热对增量板成形的影响
8. Influence of Surface Topography On the Forming Friction of Automotive Aluminum Sheet. [R] . Kramer, P. A. 1998

机译：表面形貌对汽车铝板成形摩擦的影响。

DEVELOPMENT OF HYDRO MECHANICAL FORMING TECHNOLOGY USING ALUMINUM DAMPING SHEET FOR DEEP DRAWING AUTOMOTIVE PART.

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