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1、本科学生毕业设计进气歧管工艺编制与典型工序夹具设计院系名称： 汽车与交通工程学院 专业班级： 车辆工程 学生姓名： 指导教师： 职 称： The Graduation Design for Bachelors DegreeThe Intake Manifold Technology Preparation and Typical Procedure Fixture Design Candidate：Specialty：Vehicle EngineeringClass：B07-2Supervisor：Associate professor. Heilongjiang Institute of T
2、echnology I摘 要汽车发动机属于汽车的核心部件，而进气歧管又属于发动机的主要部件，影响着汽车性能参数中的功率、耗油量、转矩等。因此，进气歧管性能质量的好坏，直接关系到发动机乃至整车性能，正因为这样，进气歧管质量的提高，对发动机和汽车整体质量的提高有着积极的意义。本文设计研究了进气歧管的建模及夹具设计，其目的主要是基于对工艺分析、工艺规程设计、工艺路线设计、夹具设计、机械设计、AutoCAD、ProE 等知识的熟练运用和掌握，同时运用材料力学、金属切削等学科知识，对进气歧管夹具进行设计，并利用 ProE 建立进气歧管及夹具的三维模型，使用 AutoCAD 绘制装配图和零件图等内容。首先
3、，本文将概述进气歧管的现状和发展趋势，介绍进气歧管领域的最新发展状况。其次，对进气歧管的建模的目的及意义做了简要的阐述。再次，对进气歧管的加工工序的加工做了详细的设计及计算。最后，本文将阐述进气歧管夹具的设计过程。全套图纸，加 II关键词：进气歧管；三维建模；夹具；工艺规程；设计ABSTRACTAutomobile engine belongs to the core components of automobile , however, the intake manifold belongs to the major part of engine, it can affect the aut
4、omobile performance parameters such as the power, fuel consumption, torque and so on. Therefore, the intake manifold performance quality is good or bad,it relates directly to the engine and vehicle performance, and because of that improving the quality of the intake manifold has a positive meaning t
5、o the engine and automobile performance parameters.This article studied the intake manifold design modeling and fixture design, its purpose is mainly based on process analysis, Process planning design ,process route planning,fixture design,autocad, proe and so on using and mastering, and use the mec
6、hanics of materials, metal cutting discipline knowledge designed the intake manifold fixture, and use proe establishing intake manifold and fixture 3d model, autocad software drawing assembling drawings and parts drawings, etc. First, this article will outline the intake manifold current situation a
7、nd trend of development , introduces the latest development. Secondly, the modeling of the intake manifold of purpose and meaning makes some brief elaboration. Again, for the intake manifold processes of processing do a detailed design and calculation. Finally, this article describes the intake mani
8、fold fixture design process. IIIKey words: The intake manifold; 3d modeling; Fixture; Technical schedule ; Design; 目 录摘要 .IAbstract.II第 1 章 绪论 .11.1 进气歧管的概述 .11.2 进气歧管材料研究状况、发展趋势及成果 .11.3 进气歧管工艺编制与夹具设计目的和意义 .21.4 进气歧管工艺编制与夹具设计的内容 .2第 2 章 零件的分析和工艺编制 .32.1 零件的生产纲领及类型 .32.2 零件的功能 .32.3 零件的工艺性分析 .32.4 确定毛坯制造形式 .42.5 基准面的选择 .42.2.1 粗基准的选择.42.2.2 精基准的选择.52.6 制定工艺路线 .52.7 典型工序机械加工余量确定 .62.8 选择加工设备 .72.9 典型工序的切削用量和工时的确定 .82.9.1 工序 10,30 切削用量和工时 .82.9.2 工序 50，60 切削用量和工时 .112.9.3 工序 20 切削用量和工时 .122.9.4 工序 70 切削用量和工时 .132.9.5 工序 100 切削用量和工时 .
