通过ACIS提取几何模型信息，建立制造特征库与采用基于规则的方法实现对制造特征的识别与重构。
Geometric model was extracted through ACIS, manufacturing feature was recognized reconstructed through establishment of manufacturing feature library and using of Rule-based method.
使用天空盒制造出“假”遥远的几何体。
金属波纹管的性能主要取决于结构、几何尺寸、材料和制造工艺。
The performance of metal bellows is mainly decided by structure, geometry dimension, material and manufacture technology.
根据对产品设计与制造集成化的要求，分析了现有CAD系统中几何建模存在的问题及阐述了产品建模的必要性。
According to the integration requirement of design and manufacturing, this paper discusses the existent problems of geometric modelling, in present CAD systems and the necessity of product modelling.
飞机钣金零件成形工件几何信息的定义是其数字化设计与制造的桥梁。
The geometrical information definition of workpieces is a bridge connecting digital design to manufacturing for aircraft sheet metal parts.
考虑了任意理想曲面壳体制造偏差的影响，导出了非线性几何方程与平衡方程。
Considered the influence of manufacturing error and derived the non-linear geometric equation and equilibrium equation for arbitrary ideal carved surface shells.
所考虑的制造误差为典型的几何形状误差和位置误差。
As manufacturing errors, the geometric form error and the bearing alignment error are considered in the calculation and theoretical analysis.
几何和材料非线性的特点使得其弹性特性的解析计算非常困难，其设计和制造主要依赖于反复的实验。
But the nonlinear characteristic of the materials and the geometry make its resolution and calculation very difficult, and so its design or production mainly depends on repeating experimentation.
从挤压成形齿轮的制造工艺链出发，建立了精确模拟分析的工艺过程模型、几何模型、弹塑性有限元模型。
The analysis model, including process chain, geometry of the die, the elastic-plastic finite-element is built according to the practical process.
该造型的特点一是基于特征，其几何信息和工艺信息主要从制造要求出发；
The modelling is based on part feature, its geometry and process information are from the manufacturing requirement.
分析了球头铣刀平面形刃口曲线在设计和制造中存在的问题，提出了球头铣刀椭圆形刃口曲线的成形原理和几何模型。
The problems existing in designing and manufacturing ball end milling cutters are analyzed, the forming theory and geometrical model for the elliptical edge of ball end milling cutters are proposed.
益记行公司是根据客户提供产品的几何形状，规格标准和防护要求来设计制造的。
Lianhuan paper-made is designed and made according to geometry form of products, specification standard, demand of protect, all to meet the needs of customer.
硅片上互连线几何变异提取对于超深亚微米工艺节点下集成电路可制造性设计研究开发极其关键。
Interconnect geometric variation extraction is a key factor for the integrated circuit design for manufacturability research and development, under ultra deep sub-micro process nodes.
并描绘出制造相关的几何模型，提出了斜等距曲面的概念及相关公式，并介绍它们在制造混流泵叶轮中的应用，最后用实例验证所述方法的可靠性。
Accordingly, the concept of inclined equidistant curved surface and its corresponding formulae are proposed. Its practical application has verified the reliability of the method introduced.
本文以制造知识中几何知识为例，从描述复杂度和信息量的角度，给出了机械加工零件几何知识计量的一般计算方法。
From the description of complexity and the information facts, has produced the general computational method on geometry knowledge measurement of mechanical component.
而作为石油套管制造最后生产环节的矫直工艺决定了石油套管的几何形状，同时也影响其力学性能。
The straightening process as the last procedure in the production of oil pipes will determine their geometrical sizes and influence their mechanical properties.
具有互换性高、制造工艺与几何形状无关、周期短、成本低、设计制造一体化的优点。
This technology has many advantages such as high interchangeability, manufacturing process can ignore the geometry, short cycle, low cost, integrated design etc.
曾几何时，所有妇女从左边扣衬衫，这本来是任何单一制造商提供妇女从右边的衬衫扣子风险。
At a time when all women's shirts buttoned from the left, it would have been risky for any single manufacturer to offer women's shirts that buttoned from the right.
的翻译是：制造hubcup冷弯腰特别的部分配置文件可以被看作是这一问题的特别的射束弯曲部分，这是在非线性物理和几何形状。
Manufacturing hubcup by cold bending special-section profile can be considered as the problem of special-section beam bending, which is nonlinear in physics and geometry.
曾几何时，“艺术”成为了二十一世纪最泛滥的词，由它而制造的神化和恶行不盛枚举。
Unknowingly, "art" has become probably the most overused word of the 21st Century, and apotheoses and devilries deriving from art abound.
为制造出栅格支架，研究人员先利用许多微小的圆球同高分子材料一起成型，然后将圆球溶解，最终获得具有完美小孔几何形状的栅格支架。
To create the scaffolds, scientists molded the polymer with tiny spheres ordered like billiard balls. Then, they dissolved the spheres to leave the perfect geometry of pores in the scaffold.
为制造出栅格支架，研究人员先利用许多微小的圆球同高分子材料一起成型，然后将圆球溶解，最终获得具有完美小孔几何形状的栅格支架。
To create the scaffolds, scientists molded the polymer with tiny spheres ordered like billiard balls. Then, they dissolved the spheres to leave the perfect geometry of pores in the scaffold.
应用推荐