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sheet metal processing
相关语句
  板料加工
     Sheet Metal Processing
     板料加工
短句来源
     Sheet Metal Processing Line
     板料加工柔性自动线
短句来源
  “sheet metal processing”译为未确定词的双语例句
     Advanced Sheet Metal Processing Equipment---NC Laser Cutting Machine
     从CIMT2003看数控激光切割机的发展
短句来源
     Press formation is one of the most advanced sheet metal processing methods in modern manufacture.
     冲压成形是现代制造业中高速发展的重要技术,是广泛应用于汽车、电子、仪表、电器等行业的先进金属加工方法之一。
短句来源
     With introducing Layered Manufacture (LM) method into the sheet metal processing, Sheet metal Incremental Forming, which realizes the flexibility of sheet metal forming, processes sheet metal layer by layer with the increments of continuous local plastic forming along the programmed trajectory.
     金属板料无模渐进成形引入“分层制造”的思想,使用专用的成形工具头沿规划好的运动轨迹,对金属板料进行无噪音的逐层连续局部塑性加工,获得复杂的壳类零件,实现了金属板料的柔性加工。
短句来源
     Reverse engineering is used widely in the field of sheet metal processing in recent yeats.
     近年,逆向工程在板类件加工领域中的应用受到了广泛的重视。
短句来源
  相似匹配句对
     Sheet Metal Processing
     板料加工
短句来源
     The Vibration of Round Sheet Metal
     圆形薄板的振动
短句来源
     The precise slitting of metal sheet
     金属薄板的精密剪切
短句来源
     Sheet Metal Processing Line
     板料加工柔性自动线
短句来源
     Discussion on Assembly Processing of Sheet Metal Cabinet
     钣金机柜的装配工艺探讨
短句来源
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  sheet metal processing
Laser cutting is nowadays a well-established sheet metal processing method.
      
One of the most frequently used sheet metal processing methods is shearing.
      
In addition, this study contributes an understanding of how parametric plate vibrations develop in the context of steel sheet metal processing.
      
Further applications in sheet metal processing are possible due to burr-free and distortion-free cutting.
      
Flexibility and performance are especially critical for this customer which is the technology leader in sheet metal processing.
      


The research and development of sheet metal forming is thought as a good way through which metallurgical industry will be developed to meet the needs of the revolution in material science and technology. Three stages of revolutionary developments in sheet metal forming industry have been differenciated. The mark of the first revolution is that sheet metal forming was operated with machines and dies in a factory instead of manual operation in a workshop) the second revolution is indicated by the assessment of...

The research and development of sheet metal forming is thought as a good way through which metallurgical industry will be developed to meet the needs of the revolution in material science and technology. Three stages of revolutionary developments in sheet metal forming industry have been differenciated. The mark of the first revolution is that sheet metal forming was operated with machines and dies in a factory instead of manual operation in a workshop) the second revolution is indicated by the assessment of process and formability derived from experiment,the study of theoritical formability and the foundation of cAE/FMS are the indications of the third revolutionary development in sheet metal forming. Since sheet metal forming, as a engineeing science, has got to marry sheet metal processing, a concept of SYSTEM ENGINEERING in sheet Metal (SESM) has been put forward,which covers: (a) sheet metal processing; (b) sheet metal forming;(c) coupling between metallugical processing(e.g. make-ing process, rollng process etc.) and forming process of metal.Computer-aided analysis of formability and computer-aided optimization and modelling of forming process are reviewed, and their schedules are illustrated. Furthermore, the comprehensive structure of sheet metal forming as a independent subject is presented.

提出板材成型技术中存在技术革命。第一次技术革命以板材成形从工场走向工厂为标志;第二次技术革命以实验成形性评定和实验变形分析为标志;第三次技术革命以理论成型性评定及成型CAD/FMS的出现为标志,它是原材料工业迎接材料科学技术革命的一条有效途径。 板材成型成为一个科学领域必然要与板材生产密切结合,这就提出了发展板材系统工程的需要。板材系统工程的基本内容是:(a)板材生产,(b)板材成型,(c)板材冶金过程与板材成形过程的协同。 回顾计算机辅助成型性分析和工艺优化的发展,提出了计算机辅助战形性分析体系、计算机辅助成形工艺优化体系及板材成型学科体系并给出了这三种体系的框图。

A system of sheet metal forming engineering is developed on the basis of science, technologyand experience and with the aims of products quality. application and economic. It is discoveredthat sheet metal forming can be regarded as a engineering science is mainly due to the computeraided formability assessment and computer aided process optimization. System engineering in sheet metal (SESM) is being born when sheet metal forming is thoughtas a science. SESM covers: (a) sheet metal processing; (b) sheet...

A system of sheet metal forming engineering is developed on the basis of science, technologyand experience and with the aims of products quality. application and economic. It is discoveredthat sheet metal forming can be regarded as a engineering science is mainly due to the computeraided formability assessment and computer aided process optimization. System engineering in sheet metal (SESM) is being born when sheet metal forming is thoughtas a science. SESM covers: (a) sheet metal processing; (b) sheet matal forming; (c) couplingbetween metallurgical processing and forming process of metal. As an example, the system enginee-ring of sheet metal formability is illustrated by flow diagram.

提出板材成型科学体系是以科学理论、技术知识和经验知识三者为基础,以达到产品质量、使用和经济要求为目标的工程体系。分析计算机辅助板材成型性评定体系和计算机辅助板材成型工艺优化体系,发现它们是板材成型成为一门科学的重要标志。提出板材成型成为一门科学后,将走向板材系统工程。认为板材系统工程应包括:板材生产;板材成型;板材生产工艺与成型工艺相协同。以板材成型系统工程为例,给出了系统工程体系框图。

Reverse engineering is used widely in the field of sheet metal processing in recent yeats. In this paper, A method of applying reverse engineering to the multi-point forming is proposed. And rapid digitized manufacturing is fulfilled in the case of only sample part is available. The detail of laser based measurement , surface reconstruction and the method of improving the forming accuracy is proposed. At last, an example is presented to prove feasibility for the method.

近年,逆向工程在板类件加工领域中的应用受到了广泛的重视。本文提出将逆向工程技术应用于板类件多点成形技术中,实现在没有CAD模型而只有实物样件的情况下板类件快速数字化制造。文中阐述了激光测量、曲面建模和提高反求工件精度的方法。该方案切实可行,为板类制品的快速反求制造提供了一种新途径。

 
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