轴类零件,shaft parts英语短句,例句大全

轴类零件,shaft parts
1)shaft parts轴类零件
1.Numerical simulation on cross wedge rolling of shaft parts with eccentric section;偏心圆截面轴类零件的楔横轧成形数值模拟
2.Research on shaft parts straightening technology general predictive multi-steps algorithm;轴类零件校直工艺广义预测多步算法研究
3.The Parametrization Design for the Shaft Parts with Auto CAD;基于AutoCAD的轴类零件参数化设计

英文短句/例句

1.Research on the Straightness Detection of Axis Parts with Image Measurement;轴类零件直线度误差的图像测量研究
2.The Rearch of Feature Modeling Technique about Shaft Parts Based on UG;基于UG的轴类零件特征建模方法研究
3.The Development of Temperature Measuring System of Large-Scale Shaft Parts;大尺寸轴类零件温度检测系统的研制
4.The Computer aided Qucikly Drawing Shaft Parts on AutoCAD;在AutoCAD上快速绘制轴类零件图
5.Developing CAD of Shaft Parts by VB.NET;用VBNET开发轴类零件的CAD系统
6.Research on information input method of shaft parts for CAPP systemCAPP系统轴类零件信息输入方法的研究
7.Inquiry on Axle Spares Design Assisted by Computer用计算机进行轴类零件优化设计的探讨
8.The Control System Design of the Special Numerical Control Machine Which Machines the Center Hole of Axis Parts;轴类零件中心孔加工专用机床控制系统设计
9.Evaluation for Surface Roughness of Shafts Based on Fractal Geometry;基于分形几何的轴类零件表面粗糙度检测
10.The Study of Measuring the Dimension of Shaft-type Elements by the Machine Vision;基于机器视觉技术测量轴类零件尺寸的研究
11.Design of the Shaft Category Craftwork Which Based on RBR and CBR;基于实例与规则混合推理的轴类零件工艺设计
12.The Computer Aided Design System of Strength Calibration for Shaft Parts of Pump;泵轴类零件强度校核的计算机辅助系统SPCAD
13.Analysis and Error Compensation of the Intelligent Instrument Used for Measurement of Large Size Shaft Parts;大尺寸轴类零件智能量仪系统分析与误差补偿
14.The Study and Explore of the CAPP System of Shaft Part Based on Feature;基于特征的轴类零件CAPP系统的研究与探索
15.Study of Computer Aided Shafting Design System Based on Knowledge;基于知识的轴类零件CAD系统的研究与实现
16.Research on Shaftkind Straightening System Based on Artificial Neural Network;基于人工神经网络的轴类零件校直系统的研究
17.The Research and Development of Shaft Design System Based on Knowledge;基于知识的轴类零件设计系统的研究与开发
18.Research on Method of Shape Error Separation and Evaluation for Large-scale Cylinder;大型轴类零件形状误差分离与评定方法研究

相关短句/例句

shaft[英][?ɑ:ft][美][??ft]轴类零件
1.Investigation and Realization of Roboticized and Distributed Shaft CAX Integrated System;轴类零件的自动化分布式CAX集成系统的研究与实现
2.Finite Element Analysis and Numeric Simulation on the Mechanical Performances for Inhomogeneous Automotive Shafts;汽车轴类零件材质非均匀力学特性的有限元分析与数值模拟
3.Study of Computer Aided Shafting Design System Based on Knowledge;基于知识的轴类零件CAD系统的研究与实现
3)axis parts轴类零件
1.The Development of CAD System of Axis Parts;轴类零件的计算机辅助设计系统开发
2.Following a brief review on the advance of national and international inspection technique,the idea of obtaining axis parts inspection information using chargecoupled devices (CCD) was put forward in this paper.总结了国内外检测技术的发展及研究现状,提出了以CCD摄像方式来获取轴类零件检测信息的方法。
3.This paper is introduced feature information model of axis parts.针对小批量、多品种生产中存在的样本数据量小,难以推广统计质量控制的缺陷,在分析轴类零件的特征信息模型基础上,应用相似系统理论,确定了轴类零件车削加工的相似性,检测出相似工序零件的质量特征数据;利用公差系数法,将质量特征数据转化为在区间(0,1)内的统计量,这样扩大了其样本容量,使统计质量控制技术能方便的运用在车削加工中。
4)shaft part轴类零件
1.The key problems and its research development trends of shaft parts' automatic cold straightening technology theory;轴类零件自动校直技术现状及发展趋势
2.Proposes a new method based on searching minimum anti-clockwise angle to identify outline of shaft part drawings.提出了识别轴类零件外轮廓的逆时钟最小夹角法,讨论了五种特殊角度计算及多对象相切情况的处理方法,确定了轮廓点的搜索原则和中心线的处理方法。
3.The paper develops the computer aided drawing systems on shaft parts based on AutoCAD2004 by using second development systems and their pull-down menu and VLISP language.介绍在AutoCAD2004平台上,利用二次开发系统及其下拉菜单、VLISP语言等控制模块程序而开发轴类零件图绘制系统。
5)long shafts长轴类零件
1.With more and more demand of long shafts,such as automobile semiaxle and train halfaxle,Multi-wedge Cross Wedge Rolling(MCWR) will be the main technology in forming long shafts.火车车轴、汽车半轴等长轴类零件需求量与日俱增,采用多楔楔横轧精密成形技术生产长轴类零件将是今后其成形的主要趋势。
6)axostyle parts轴杆类零件
1.Ironing process of axostyle parts is simulated by rigid FEM whileλ is equal to 1.2时轴杆类零件减径挤压工艺进行模拟,获得了减径挤压变形流动规律和成形力—行程曲线,给出了减径挤压成形的四种典型流动模式;研究了在不同减径比λ和模具锥角2α时减径挤压变形的成形趋势,给出了基于典型流动模式的金属流动分类表,获得了减径挤压工艺正常进行的条件;同时研究了工件材料和成形温度对减径挤压变形的影响。