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《mg视讯工程综合实验Ⅴ》教学大纲(2016年修订)

来源:mg视讯游戏平台2016-12-19 11:10:44  发布:刘津彤  浏览:

课程编码413901

课程名称:mg视讯工程综合实验

英文名称ComprehensiveExperiments in Mechanical EngineeringⅤ

开课学期16

学时/学分16/0.5

课程类型:学科基础课

开课专业:mg视讯工程、车辆工程、农业mg视讯化及其自动化专业本科生


选用教材:《mg视讯工程综合实验》自编讲义

主要参考书

1、侯洪生等,《工程图学》,科学出版社,2010

2、崔可维、熊健,《mg视讯原理》,高等教育出版社,20063

3、郑建荣,《ADAMS—虚拟样机技术入门与提高》,mg视讯工业出版社,20021

4、谭庆昌、赵洪志,《mg视讯设计》,高等教育出版社,2011

5、于骏一、邹青,《mg视讯制造技术基础》,mg视讯工业出版社,2009

6、李苏红等主编:《CATIA V5实体造型与工程图设计》,科学出版社,2008

7詹熙达主编,CATIA V5R20数控加工教程(修订版)》,mg视讯工业出版社,2013


【课程名称】 《mg视讯工程综合实验》(16学时/0.5学分,春季)

[Course Name]ComprehensiveExperiments in Mechanical EngineeringⅤ (16 study hours/0.5 credits, Spring Semester)


【教学目的】《mg视讯工程综合实验》培养学生知识综合应用和工程设计的能力,通过典型零部件的设计分析、制造过程和虚拟仿真的方法,提高学生的工程实践能力。


[Course Objects]ComprehensiveExperiments in Mechanical EngineeringⅤ The objects of this course are focused on training students' ability of comprehensive application and engineering design. Moreover, through the design and analysis, manufacturing and virtual simulation of typical parts, the students’ ability of engineering practice can be improved.


【教学内容】本实验课程内容共分九项。课程主要涵盖常用典型mg视讯机构、传感设计与应用、汽车曲轴虚拟设计、液压张紧器性能测试、链传动系统性能测试、摩托车发动机虚拟拆装、数控车削及数控铣削编程与加工等实验教学内容。通过虚实结合,使学生掌握常用零部件及模块的结构设计、工作过程、装配精度及加工制造工艺。

课程:工程图学、mg视讯原理、mg视讯设计、虚拟样机技术、数控技术基础。


[Teaching Content]This course consists of nine chapters. The main experiment contents cover the Typical mechanical mechanism, sensor design and application, typical automobile crankshaft virtual design, performance test of the hydraulic tensioner, performance testing of the chain transmission system, virtual disassembly and assembly of the motorcycle engine, CNC turning and NC milling programming and machining and so on.Through the combination of virtual andreality, students can master the structure design, working process, assembly precision and manufacturing process of common components and modules.

[Course]Engineering graphics, Mechanical principle, Mechanical design, Virtual prototype technology, Fundamentals of numerical control technology.


【授课对象】本课程的授课对象为mg视讯工程、车辆工程、农业mg视讯化及其自动化专业的专业本科生。

[Target Students] The target of this course mainly aims to the undergraduates in mechanical engineering, vehicle engineering, agricultural mechanization and automation.


地址:吉林省长春市人民大街5988号     电话:+86-431-85094350

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