机械工艺夹具毕业设计论文cad图纸：基于ug的变量壳体零件的cad工艺工装设计.zip
机械工艺夹具毕业设计论文cad图纸：基于ug的变量壳体零件的cad工艺工装设计,毕业论文 基于ug的变量壳体零件的cad工艺工装设计论文说明书共65页，字数总计：28997资料内容简介：ug三维图a0-变量壳体零件图.dwga1-变量壳体夹具装配图.dwga1-迴转模体.dwga3-上钻模板.dwga3-下钻模板.dwga3-心轴.dwga4-快速钻模套02.dwga4-快速钻模套.dwga4-菱...
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毕业论文 基于UG的变量壳体零件的CAD工艺工装设计
论文说明书共65页，字数总计：28997
资料内容简介：
UG三维图
A0-变量壳体零件图.dwg
A1-变量壳体夹具装配图.dwg
A1-迴转模体.dwg
A3-上钻模板.dwg
A3-下钻模板.dwg
A3-心轴.dwg
A4-快速钻模套02.dwg
A4-快速钻模套.dwg
A4-菱形定位销01.dwg
A4-菱形定位销2.dwg
A4-钻模板.dwg
机械加工工序卡片01.dwg
机械加工工序卡片02.dwg
机械加工工序卡片03.dwg
机械加工工序卡片04.dwg
机械加工工序卡片05.dwg
机械加工工序卡片06.dwg
机械加工工序卡片07.dwg
机械加工工序卡片08.dwg
机械加工工序卡片09.dwg
机械加工工序卡片10.dwg
机械加工工序卡片11.dwg
机械加工工序卡片12.dwg
机械加工工序卡片13.dwg
机械加工工艺过程卡片1.doc
机械加工工艺过程卡片2.doc
进度考核表.doc
开题报告.doc
快速钻模套01.dwg
论文正文.doc
目录.doc
任务书.doc
英文翻译.doc
英文原文.doc
摘要（英文）.doc
摘要.doc
摘 要
市场经济与科学技术的发展，极大地加速了产品结构的更新换代，传统的手工绘图以及单独的CAD产品开发模式，已远不能适应市场瞬息万变的需要。如今CAD/CAM技术已发展相对比较成熟，3D参数化设计在工业中发挥着越来越重要的作用。在本次毕业设计中，通过运用三维实体造型高端软件Unigraphics（简称UG）对“变量壳体”进行3D造型，根据变量壳体的零件图在UG的建模环境下构造零件的三维模型。然后进行加工工艺分析和规划，编制加工该零件的工艺，同时设计制造该零件的一道工序所需的夹具，并且最终都生成了直观的结构设计图。通过UG建模，可以提高设计的准确性和保证零件良好的工艺性，还可以有效地缩短研制周期，提高设计、制造的成功率。 从而降低成本，提高生产效率和市场竞争力。
关键词：变量壳体；Unigraphics（UG）；CAD；创建；夹具；工艺；工序
ABSTRACT
The market economy and the science and technology development, enormously has accelerated the product structure renewal, the traditional manual cartography as well as the independent CAD product development pattern, has been far cannot meet the market fast changing need. Now CAD/ CAM technology has developed relatively quite is mature, the 3D parametrization design is playing the more and more vital role in the industry. In this graduation project, through utilization three dimensional entity modelling high end software Unigraphics (for short UG) to carry on the 3D modelling to "the variable shell", according to variable shell detail drawing under UG modelling environment structure components three-dimensional model. Then carries on the processing craft analysis and the plan, the establishment processes this components the craft, at the same time designs makes the jig which this components a working procedure needs, and finally all has produced the direct-viewing structure design drawing. Through the UG modelling, may enhance the design the accuracy and the guarantee components good technology capability, but also may effectively reduce the development cycle, enhances the design, the manufacture success ratio. Thus reduces the cost, enhances the production efficiency and the market competitive power。
Key word：Variable shell; Unigraphics (UG); CAD; Establish; Jig; Technics; Working procedure
目 录
摘 要 Ⅰ
ABSTRACT Ⅱ
1 绪论 1
1.1 机械设计CAD技术的应用现状分析 1
1.2 我国工艺工装的发展趋势 3
2 应用软件及课题介绍 5
2.1 变量壳体零件CAD/CAM设计的总体流程图 5
2.2 各功能模块简介 5
2.3 设计环境要求 5
2.4 常用CAD/CAM软件简介 6
2.5 UG的特点 7
2.6 课题来源及研究的目的意义 8
3 变量壳体零件三维CAD造型的实现 10
3.1 UG基础操作介绍 10
3.2 零件CAD操作实例 13
4 变量壳体零件工艺/工装设计 45
4.1 零件的作用 45
4.2 零件的工艺分析 45
4.3 夹具体的设计 54
总结 63
参考文献 64
致谢 66
Three and five axes milling of sculptured surfaces 67
三轴和五轴表面精铣 79
CAD图纸
工艺卡片
工序卡片
论文说明书共65页，字数总计：28997
资料内容简介：
UG三维图
A0-变量壳体零件图.dwg
A1-变量壳体夹具装配图.dwg
A1-迴转模体.dwg
A3-上钻模板.dwg
A3-下钻模板.dwg
A3-心轴.dwg
A4-快速钻模套02.dwg
A4-快速钻模套.dwg
A4-菱形定位销01.dwg
A4-菱形定位销2.dwg
A4-钻模板.dwg
机械加工工序卡片01.dwg
机械加工工序卡片02.dwg
机械加工工序卡片03.dwg
机械加工工序卡片04.dwg
机械加工工序卡片05.dwg
机械加工工序卡片06.dwg
机械加工工序卡片07.dwg
机械加工工序卡片08.dwg
机械加工工序卡片09.dwg
机械加工工序卡片10.dwg
机械加工工序卡片11.dwg
机械加工工序卡片12.dwg
机械加工工序卡片13.dwg
机械加工工艺过程卡片1.doc
机械加工工艺过程卡片2.doc
进度考核表.doc
开题报告.doc
快速钻模套01.dwg
论文正文.doc
目录.doc
任务书.doc
英文翻译.doc
英文原文.doc
摘要（英文）.doc
摘要.doc
摘 要
市场经济与科学技术的发展，极大地加速了产品结构的更新换代，传统的手工绘图以及单独的CAD产品开发模式，已远不能适应市场瞬息万变的需要。如今CAD/CAM技术已发展相对比较成熟，3D参数化设计在工业中发挥着越来越重要的作用。在本次毕业设计中，通过运用三维实体造型高端软件Unigraphics（简称UG）对“变量壳体”进行3D造型，根据变量壳体的零件图在UG的建模环境下构造零件的三维模型。然后进行加工工艺分析和规划，编制加工该零件的工艺，同时设计制造该零件的一道工序所需的夹具，并且最终都生成了直观的结构设计图。通过UG建模，可以提高设计的准确性和保证零件良好的工艺性，还可以有效地缩短研制周期，提高设计、制造的成功率。 从而降低成本，提高生产效率和市场竞争力。
关键词：变量壳体；Unigraphics（UG）；CAD；创建；夹具；工艺；工序
ABSTRACT
The market economy and the science and technology development, enormously has accelerated the product structure renewal, the traditional manual cartography as well as the independent CAD product development pattern, has been far cannot meet the market fast changing need. Now CAD/ CAM technology has developed relatively quite is mature, the 3D parametrization design is playing the more and more vital role in the industry. In this graduation project, through utilization three dimensional entity modelling high end software Unigraphics (for short UG) to carry on the 3D modelling to "the variable shell", according to variable shell detail drawing under UG modelling environment structure components three-dimensional model. Then carries on the processing craft analysis and the plan, the establishment processes this components the craft, at the same time designs makes the jig which this components a working procedure needs, and finally all has produced the direct-viewing structure design drawing. Through the UG modelling, may enhance the design the accuracy and the guarantee components good technology capability, but also may effectively reduce the development cycle, enhances the design, the manufacture success ratio. Thus reduces the cost, enhances the production efficiency and the market competitive power。
Key word：Variable shell; Unigraphics (UG); CAD; Establish; Jig; Technics; Working procedure
目 录
摘 要 Ⅰ
ABSTRACT Ⅱ
1 绪论 1
1.1 机械设计CAD技术的应用现状分析 1
1.2 我国工艺工装的发展趋势 3
2 应用软件及课题介绍 5
2.1 变量壳体零件CAD/CAM设计的总体流程图 5
2.2 各功能模块简介 5
2.3 设计环境要求 5
2.4 常用CAD/CAM软件简介 6
2.5 UG的特点 7
2.6 课题来源及研究的目的意义 8
3 变量壳体零件三维CAD造型的实现 10
3.1 UG基础操作介绍 10
3.2 零件CAD操作实例 13
4 变量壳体零件工艺/工装设计 45
4.1 零件的作用 45
4.2 零件的工艺分析 45
4.3 夹具体的设计 54
总结 63
参考文献 64
致谢 66
Three and five axes milling of sculptured surfaces 67
三轴和五轴表面精铣 79
CAD图纸
工艺卡片
工序卡片
