车铣复合实践教学探索

车铣复合加工可以通过零件的一次装夹,实现车削、铣削、钻孔等多种不同工艺的加工,免去了工序间工作的搬运和储存,节约了作业周转时间,减少了零件重复定位的误差,从而提高了加工的形位精度.近年来车铣复合加工技术已成为是机械加工领域发展最迅速的先进加工技术之一.文章以数控车铣复合加工法兰盘等典型零件的教学为例,阐述了本校工程实训中心针对培养“卓越工程师”的学生过程中,以项目为驱动进行实践教学的方法,培养学生实际操作先进机械加工设备的动手能力,增强了学生对数控加工技术的理论知识的掌握和理解....

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Bibliographic Details
Published in实验室研究与探索 Vol. 34; no. 5; pp. 211 - 213
Main Author 信丽华 宋震宇 黄何伟
Format Journal Article
LanguageChinese
Published 上海工程技术大学工程实训中心,上海,201620 2015
Subjects
加工中心
卓越工程师
实践教学
数控车铣复合加工
加工中心
CNC turn-milling machining
数控车铣复合加工
实践教学
practical teaching
excellent engineer
卓越工程师
machining centre
Online AccessGet full text
ISSN1006-7167

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Summary:车铣复合加工可以通过零件的一次装夹,实现车削、铣削、钻孔等多种不同工艺的加工,免去了工序间工作的搬运和储存,节约了作业周转时间,减少了零件重复定位的误差,从而提高了加工的形位精度.近年来车铣复合加工技术已成为是机械加工领域发展最迅速的先进加工技术之一.文章以数控车铣复合加工法兰盘等典型零件的教学为例,阐述了本校工程实训中心针对培养“卓越工程师”的学生过程中,以项目为驱动进行实践教学的方法,培养学生实际操作先进机械加工设备的动手能力,增强了学生对数控加工技术的理论知识的掌握和理解.
Bibliography:CNC turn-milling machining; excellent engineer; machining centre; practical teaching
XIN Li-hua, SONG Zhen-yu, HUANG He-wei （Engineering Training Center, Shanghai University of Engineering Science, Shanghai 201620, China）
The turn-milling machining can complete turning, milling, drilling and other processing in one clamping, it omitted the part handling and storage, and saved the turnover time of the component processing, and reduced the error of part repeat-positioning, so it insured the form precision of processing parts. In recent years the turn-milling machining has become the one of the most rapidly-developing advanced machining technologies. For an example based on training the CNC turn-milling machining typical flange part, there was an practice teaching method for project management of excellent engineer training in SUES＇ s engineering training cente, it can train the students＇ practical ability of advanced mechanical processing equipment, and enhance the students to master the theoretical knowledge of
ISSN:1006-7167