目录
PART A Text<br>Lesson One Material Selection<br>Lesson Two Kinds of Steel<br>Lesson Three Properties of Metals and Heat Treatment of Steel<br>Lesson Four Forging, Stamping and Rolling<br>Lesson Five Lubrication<br>Lesson Six Hydraulic Power Transmission<br>Lesson Seven Introduction to Mechanical Design<br>Lesson Eight Introduction to Design of Mechanism Systems<br>Lesson Nine Machine Elements<br>Lesson Ten Gears<br>Lesson Eleven Shafts and Couplings<br>Lesson Twelve CAD and Applications<br>Lesson Thirteen The Basic Machining Techniques<br>Lesson Fourteen Engineering Tolerance<br>Lesson Fifteen Lathe<br>Lesson Sixteen Milling Machines<br>Lesson Seventeen Gear Manufacturing Methods<br>Lesson Eighteen Material Forming Processes<br>Lesson Nineteen Describing the Operation Panel<br>Lesson Twenty Safety and Maintenance for CNC Machine<br>Lesson Twenty-one Computer-Aided Process Planning<br>Lesson Twenty-two CAD/CAM/CNC<br>Lesson Twenty-three Flexible Manufacturing Systems<br>Lesson Twenty-four Computer Integrated Manufacturing System<br>Lesson Twenty-five Mechatronics<br>Lesson Twenty-six Programmable Logic Controllers<br>Lesson Twenty-seven Circuit and Motors<br>Lesson Twenty-eight Industrial Robots<br>Lesson Twenty-nine Components of a Robot System<br>Lesson Thirty Information Systems<br>PART B Reading Materials<br>Lesson One Classification of Metals<br>Lesson Two Brinell and Rockwell Hardness Test Method<br>Lesson Three Heat Treatments<br>Lesson Four Welding<br>Lesson Five Brakes<br>Lesson Six Principles of Engine Operation<br>Lesson Seven Selection of Mechanisms<br>Lesson Eight Fasteners and Springs<br>Lesson Nine Rolling Contact Bearings<br>Lesson Ten Computer-Aided Design Technology<br>Lesson Eleven Metal Cutting Operation System<br>Lesson Twelve Metal-Cutting Tools<br>Lesson Thirteen Grinding Machines<br>Lesson Fourteen Making Accurate Parts<br>Lesson Fifteen Introduction to Mould<br>Lesson Sixteen Why Learn Manual Programming<br>Lesson Seventeen CNC Versus Conventional Machining<br>Lesson Eighteen AC Servo Motor Maintenance<br>Lesson Nineteen N/C Machine Tool Elements<br>Lesson Twenty The Roles of Engineers in Manufacturing<br>Lesson Twenty-one Use of Sensors in Programmable Automation<br>Lesson Twenty-two Automatic Control Systems<br>Lesson Twenty-three Mechanization and Automation<br>Lesson Twenty-four Digital Camera<br>Lesson Twenty-five Artificial Intelligence<br>附录一 科技英语语法与翻译<br>一、科技英语翻译概述<br>二、科技文章的特点<br>三、词义的选择和引申<br>四、词量的增减<br>五、被动语态的译法<br>六、英汉语序的对比及翻译<br>七、长句的译法<br>八、科技应用文的译法<br>九、it和that在科技英语中的用法和译法<br>十、科技术语的翻译<br>附录二 应用文范例<br>一、招聘广告<br>二、英文求职信范例<br>三、简历<br>四、电子产品英文使用说明书范例<br>五、合同<br>附录三 常用机械类缩略语<br>主要参考文献内容摘要
《机电技术专业英语》是机电类高职高专教材,覆盖面广,涵盖内容丰富,旨在帮助读者快速提高机电技术专业英语的阅读和翻译能力。<br> 本书共分为五个部分,其中PART A部分为课文,主要涵盖机械工程基础、机械设计基础、机械制造技术、现代制造技术、机电一体化等专业方面的知识,且每篇课文后均有参考译文;PART B部分为阅读材料,内容涵盖与PART A部分基本一致.主要是为了配合课文而精选的阅读范文;附录一为科技英语语法与翻译,比较系统地介绍了科技英语语法与翻译的一些基本知识,旨在提高读者阅读科技文章、翻译专业文献的能力;附录二精选了一些常见的应用文范例,以便于读者参考;附录三为常用机械类缩略语。<br> 本书实践性和实用性较强,难度适中,可作为机械设计制造及自动化、计算机辅助设计与制造、机电一体化、数控技术等专业的教材,也可供相关专业工程技术人员作为参考。