片语

X sheet metal parts钣金折弯件

InContext Sheet Metal Parts关联的钣金设计

sheet metal bending parts沖压弯曲件

unfolding sheet metal parts钣金件展开

Context Sheet Metal Parts关联的钣金设计

sheet t metal parts沖件

sheet metal parts importer钣金零件进口商

英汉例句

• based on the study of features of sheet metal parts and zero thickness hypothesis, a new method of sheet metal automatic un-folding is proposed.

  在对钣金件特征研究和「零厚度」假设的基础上，提出一种钣金件自动展开新方法。

• the predominant failure modes in stamping of sheet metal parts are wrinkling and fracture. in general, these defects may be eliminated by appropriate manipulated the blank holder forces.

  起皱和断裂是板料成形过程的主要失效模式，合理控制成形过程中的压边力，可以消除这些缺陷，提高成形性能。

• in this article, features for sheet metal parts are sorted and represented based on feature recognition.

  从面向特征识别的角度，对钣金零件的特征进行了分类，并采用图结构描述分类特征。

• multi-point closed-loop forming, which combines forming with on line measurement, is a novel idea in 3d sheet metal parts production.

  多点闭环成形更是将板类件的加工与实时测量紧密结合到一起。

• relational database and files are adopted in managing the information of sheet metal parts and sheet metal stock.

  本文中采用关系数据库和文件存储相结合形式对排样下料的钣金零件和板材信息进行管理。

• 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。

• sheet thickness is thinned, surface area is increased in the nc incremental sheet metal parts forming process , and sheet forming point by point is to lead to the whole sheet deformation.

  认为，板料零件数控渐进成形是使板料的厚度减薄，表面积增大，靠逐次的变形累积产生整体的变形。

• general situation of the development of cad/cae/cam for die&mould, including progressive die, automobile sheet metal parts die and plastic injection mould was introduced.

  介绍了级进模、汽车覆盖件模和塑料注射模cad/cae/cam的发展概况并论述了这三种模具cad/cae/cam的最新开发成果和发展趋势。

• based on the study of features of sheet metal parts and zero thickness hypothesis, a new mechanism of naming and identifying topological entities of a feature model is proposed in this paper.

  本文在对钣金件特征研究和「零厚度」假设的基础上，提出了一种钣金件拓扑元素命名和辨别的新方法。

• through structural optimization, the strength and rigidity of sheet metal parts can be improved in the case of light weight.

  通过对这种零件结构的优化设计，可以在轻量化的基础上实现较高的强度和刚度。

• a novel rapid interference-detection algorithm is proposed for the tool fitting of orthogonal-polygon bores in the application of sheet metal parts processing.

  针对钣金沖孔中的直角多边形孔的刀具匹配中的干涉检验提出了一种高效的算法。

• in this paper, the forming principle of nc incremental sheet metal parts forming process , the ultimate half-apex angle are presented, and so on .

  本文就板料零件数控渐进成形工艺的成形过程、变形机理、极限半顶角等方面进行了探讨。

• it's a trend of digital aircraft sheet metal parts manufacturing technology to resolve the integrated problem of departments, employees, business process and technology resources.

  解决钣金件工程设计各个部门、各级人员、业务过程的协同和技术资源的集成是钣金数字化制造技术发展的必然趋势。

• based on the integration of ameliorated bp neural network and finite element method, a model for prediction of the flanging of v shaped sheet metal parts was presented.

  本文将有限元模拟与人工智能相结合，建立了基于改进的bp神经网络的「v」型件翻边成形性能与几何尺寸及材料参数关系的数学模型。

• 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。

• the predominant failure modes in stamping of sheet metal parts are wrinkling and fracture. in general, these defects may be eliminated by appropriately manipulating the blank-holder forces.

  起皱和断裂是板料成形过程的主要失效模式，合理控制成形过程中的压边力，可以消除这些缺陷，提高成形性能。

• the author proposed a method based on feature technology which can create correct unfolding drawing of sheet metal parts with plenty of process information.

  提出了一种基于特征技术的能够生成正确的、包含丰富工艺信息的板金零件展开图的生成算法。

• the joint between two sheet metal parts relies on self-screws mostly, but if the self-screws come into being slip, which will be a badly effect for the quality of products.

  钣金件之间主要使用自攻螺钉连接，但如果自攻螺钉出现滑丝，则对产品质量有重大影响。