This paper introduced the sheet metal layered incremental forming process.
本文介绍了金属板材分层渐进成形技术。
Develops a CAPP programme system for the sheet metal stamping of freight cars.
针对货车板材冲压件，就开发其CAPP系统进行了研究。
The program creates the bend using the bend radius defined in the sheet metal style.
程式使用板金型式中定义的折弯半径建立折弯。
The research of the BHF control is an important content during the sheet metal forming process.
力的控制研究是板料冲压成型过程中的一个重要内容。
The feature of the device is that the real forming process of the sheet metal can be modeled during...
该测量装置的特点是可以模拟板料的真实变形过程，因而可以获得更为准确的测量结果。
Supplied the main consideration, the sheet metal removed and loaded, because taking into account the universal.
机身主要考虑，板料的取出和装载，由于考虑到通用性。
Ductile damage mechanics model and rigid finite element method was adopted to simulate the sheet metal shearing process.
应用韧性损伤力学模型以及刚塑性有限元法，分析了金属板材剪切断面变形的过程。
The system state, the equipment position and the sheet metal status are displayed on one screen, improving the system safety.
将系统状态，操作设备的状态和操作对象的状态作关联化显示，同时提高了系统的安全可靠性。
Computer simulation and experimental investigation of the sheet metal bending by the laser beam scanning are presented in this paper.
本文对金属薄板的激光弯曲成形进行了试验研究和数值模拟。
Based on the analysis of the sheet metal technology, the advantages and disadvantages of traditional deployment methods are summarized.
论文在分析研究钣金件制作工艺的基础上，总结传统展开方法的利弊得失。
It is applicable for welding the sheet metal of stainless steel, copper, carbon steel as the energy saving products with High efficiency.
适用于不锈钢、铜、碳钢的薄板焊接，高效节能产品。
It USES advanced algorithms, designed to optimize the cutting layouts in the sheet metal, woodworking, furniture, glass and similar industries.
它采用先进的算法，旨在优化布局，用于切割金属薄板，木工，家具，玻璃及类似的工业。
For inspecting holes on the sheet metal parts of autobody, a method based on non-contacted and digital image processing techniques is presented.
将非接触测量及图像处理技术用于检测车身钣金件上一些位置和形状精度要求很高的小孔。
Nc sheet metal incremental forming technology is a flexible forming method, it forms the sheet metal layer by layer by a three-axis forming facility.
金属板材数控渐进成形技术，是一种通过三轴数控成形机对金属板材进行逐层辗压而成形工件的柔性加工技术。
The reasonable shape of the blank can improve the formability of the sheet metal, make full use of the material, decrease the work of finishing repair.
合理的选择板壳零件的毛坯外形，可以提高板料的可成形性，同时也提高了材料的利用率，减少成形后的修边工作量。
This paper discusses how the weld groove and the plate thickness affect the sheet metal manufacture processing, and how to design with reasonable method.
本文阐述了焊接坡口和板厚处理对钣金加工制造工艺的影响，并用合理的方式设计和处理。
The sheet metal layered forming process is a multi-stage forming process, the paper introduce FEM simulation project of sheet metal layered forming process.
根据金属板材分层渐进成形为多工步成形的技术特点，提出了金属板材分层渐进成形的有限元模拟方案。
The sheet metal shearing process is very complicated since the deformation is focused on the small zone of the sheet metal and ended with fracture occurrence.
由于在板材的剪切加工过程中材料的变形集中在很小的区域内，且以断裂方式告终，使得这一过程非常复杂。
Ideal forming results will be achieved if the sheet metal is formed along an optimum forming path. Such a path can be realized by multi-point forming technique.
按最优路径成形板材将获得理想的成形效果，这种最优成形路径可通过多点成形技术来实现。
For carbon steel, stainless steel, plating steel and all kinds of non-ferrous metal rods, tubes, the sheet metal, screw the spot welding and welding until the row.
可进行碳钢、不锈钢、电镀钢及各种有色金属的线材、管材、板料，螺钉等到的点焊和排焊。
In this paper, we studied how to select the deceleration coefficient and how to simplify the blank holder model in the simulation of the sheet metal metal forming process.
本文研究了板料成形模拟中减速系数选取和压边圈简化模型，编制了相应的有限元数值模拟程序SPID。
The sheet metal forming processes under in-plane deformation were simulated by using finite element method based on a coupled elastoplasticity with damage constitutive laws.
基于金属板材塑性变形的损伤本构关系，运用有限元数值法分析了金属薄板的面内成形过程。
The spring-back is not only one of the most common defects in the sheet metal forming, but also one of the hardest to control deficiencies, especially in the bending process.
回弹是薄板冲压成形中最常见的缺陷之一，也是最难控制的缺陷，尤其是在弯曲成形过程中。
According to the push-iron structure of die for the sheet metal product, introduced the forming process and the typical die design method, and the working principle was introduced, too.
针对常见板金产品模具中的推平结构，介绍了其成形工艺及模具典型结构设计方法，并介绍了模具工作过程。
The sheet metal parts have been widely used in the automobile, aerospace and electronics industries owing to their light weight, great interchangeability, good surface finish and low cost.
板金件由于轻质、互换性好、表面光洁度高、成本低而被广泛应用于航空航天、汽车、电子等领域。
Metal stamping parts, a high-efficiency manifestation of sheet metal, are workpieces made after the sheet metal being formed into 3d shape by a metal stamping die or a series of stamping dies.
金属冲压件是用一个金属冲压模或一系列金属冲压模将金属板材成形为三维尺寸形状后制成的工件。它是金属板材的一种高效表现形式。
Simulation result was verified by the temperature on the lower surface of the sheet metal, which was measured by the thermocouple temperature transducer measuring under the laser scanning line.
通过温度传感器测量与激光扫描线相对应的薄板下表面温度变化的规律来验证数值模拟的结果。
Simulation result was verified by the temperature on the lower surface of the sheet metal, which was measured by the thermocouple temperature transducer measuring under the laser scanning line.
通过温度传感器测量与激光扫描线相对应的薄板下表面温度变化的规律来验证数值模拟的结果。
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