机电工程专业英语 本书特色
机械制造技术
机械设计技术
机电一体化技术
应用科技文体
科技英语翻译与写作
机电工程专业英语 内容简介
本书分为机械制造技术篇、机械设计技术篇、机电一体化技术篇、应用科技文体篇、科技英语翻译与写作篇。前3篇为教材的主体内容，各有10课，每课由课文、关键术语、课文注释组成；第4篇共有8课，涉及多种实用科技文体，可作为阅读材料供学生自由选读；第5篇系统地介绍科技英语的特点、翻译的标准和过程、常用翻译方法与技巧，英语科技论文写作的基本方法和技巧、国际学术会议论文的投稿与写作、机电工程专业英语学术论文选读等。书后附有专业术语总表及科技英语中的常用词缀。
本书可作为高等院校机械电子工程和机械设计制造及自动化专业本科生专业英语教材，也可供相关专业的工程技术人员学习专业英语使用，对相关学科学生和技术人员英语论文写作也有所帮助。
机电工程专业英语 目录
part ⅰ mechanical manufacturing technology(机械制造技术篇)
lesson 1 manufacturing processes
lesson 2 engineering propertie8
lesson 3 engineering materials
lesson 4 heat treatment of metals
lesson 5 machine tools
lesson 6 computer numerical control of machine tools
lesson 7 hot working and cold working
lesson 8 special casting processes
lesson 9 computer—integrated manufacturing
lesson 10 rapid——prototyping operations
part ⅱ mechanical design technology(机械设计技术篇)
lesson 11 tension compression and shear
lesson 12 ball and roller bearings
lesson 13 gear types
机电工程专业英语 节选
《机电工程专业英语》分为机械制造技术篇、机械设计技术篇、机电一体化技术篇、应用科技文体篇、科技英语翻译与写作篇。前3篇为教材的主体内容，各有10课，每课由课文、关键术语、课文注释组成；第4篇共有8课，涉及多种实用科技文体，可作为阅读材料供学生自由选读；第5篇系统地介绍科技英语的特点、翻译的标准和过程、常用翻译方法与技巧，英语科技论文写作的基本方法和技巧、国际学术会议论文的投稿与写作、机电工程专业英语学术论文选读等。书后附有专业术语总表及科技英语中的常用词缀。《机电工程专业英语》可作为高等院校机械电子丁程和机械设计制造及自动化专业本科生专业英语教材，也可供相关专业的丁程技术人员学习专业英语使用，对相关学科学生和技术人员英语论文写作也有所帮助。
机电工程专业英语 相关资料
插图：a very fundamental subject since it is of interest not onlyto mechanical engineers but also to those from practically every discipline of engineering. Forvarious products such as plant machinery required for chemical, civil, electrical, electronic ortextile industries, the manufacturing process forms a vital ingredient. A detailed understanding of the manufacturing processes is thus essential for everyengineer.This helps him appreciate the capabilities, advantages and also the limitations ofthe process. This in turn helps in the proper design of any product required from him.Firstly he would be able to assess the feasibility of manufacturing from his designs. He mayalso find that there is more than one process available for manufacturing a particular productand he can make a proper choice of the process which would require the lowest manufacturingcost and would deliver the product of desired quality. He may also modify his design slightlyto suit the particular manufacturing process he chooses. There are a large number of processes available for manufacture to the engineer. Theseprocesses can be broadly classified into four categories.
