機(jī)電工程科技英語(yǔ)

內(nèi)容概要

本書以機(jī)電工程領(lǐng)域的英語(yǔ)文獻(xiàn)為教學(xué)內(nèi)容，全書包括：工程材料、金屬成形、機(jī)械零件、計(jì)算機(jī)應(yīng)用、工業(yè)設(shè)計(jì)、數(shù)控加工、計(jì)算機(jī)集成制造、特種加工、機(jī)電學(xué)與測(cè)量系統(tǒng)、汽車、飛機(jī)設(shè)計(jì)、飛機(jī)制造、微機(jī)電系統(tǒng)、機(jī)器人、工業(yè)工程等17個(gè)單元的教學(xué)內(nèi)容，另外還包括了科技英語(yǔ)翻譯、科技英語(yǔ)寫作等科技英語(yǔ)技能拓展輔助教學(xué)內(nèi)容?！　”緯荚谔岣邔W(xué)生的專業(yè)英語(yǔ)快速閱讀理解能力，同時(shí)希望能鍛煉英文寫作能力。　　本書適合于理工科大專院校機(jī)械工程或機(jī)電工程專業(yè)的學(xué)生學(xué)習(xí)使用，也可供專業(yè)技術(shù)人員閱讀。

書籍目錄

Unit 1 Engineering Materials　Text 1 Type of Materials　Text 2 Steel　Text 3 Polymer　Text 4 Mechanical Properties of Material　Free Reading　ExerciseUnit 2 Material Forming　Text 1 Metal Forming　Text 2 sheet Forming　Text 3 Forging　Text 4 Injection Molding　Free Reading　ExerciseUnit 3 Mechanical Components　Text 1 Basic Machines and Machine Components　Text 2 Rolling Element Bearings　Text 3 Flexible Mechanical Elements　Text 4 Gear　Free Reading　ExerciseUnit 4 Computer Applications Ⅰ　Text 1 Computers: Getting Started　Text 2 Computer Aided Design　Text 3 Computer Aided Engineering　Text 4 Introduction to New DMU Technology　Free Reading　ExerciseUnit 5 Computer Applications Ⅱ　Text 1 Computer Aided Process Planning　Text 2 Computer Aided Manufacturing　Text 3 Computer Aided Quality Control　Text 4 Agile Manufacturing and Green Product Manufacturing　Free Reading　ExerciseUnit 6 Introduction to Industrial Design　Text 1 What Is Industrial Design?　Text 2 Fundamental Entry-Level Requirements for Industrial Designers　Text 3 Design and Culture　Text 4 Ergonomics　Text 5 Green Design　Free Reading　ExerciseUnit 7 Practice of Industrial Design　Text 1 Organic Geometry Ⅰ　Text 2 Organic Geometry Ⅱ　Text 3 CAD vs. CAID　Text 4 Studio Tools 10--Computer Aided Industrial Design　Free Reading　ExerciseUnit 8 CNC Machines　Text I The Fundamentals of CNC　Text 2 How CNC Works　Text 3 Structures of CNC Machines　Text 4 Types of CNC Machines　Free Reading　ExerciseUnit 9 Computer-Integrated Manufacturing　Text 1 Activities for Manufacturing Systems　Text 2 Flexible Manufacturing Systems　Text 3 Computer-Integrated Manufacturing Technology　ExerciseUnit 10 Non-Conventional Machine　Text 1 Electrical Machining Processes　Text 2 Development Trends of Erosion Machining　Text 3 Application Areas of RP&M　Free Reading　ExerciseUnit 11 Meehatronies and Measurement Systems　Text 1 Mechatronics　Text 2 Measurement Systems　Text 3 Measurement System Response　Text 4 Sensors for Mechanical Measurements　Text 5 Temperature Measurement　Free Reading　ExerciseUnit 12 Automobile　Text 1 Fundamentals of Automobile　Text 2 How an Energy Works　Text 3 Transmission　Text 4 Suspension and Steering Systems Operation　Free Reading　ExerciseUnit 13 Aircraft Design　Text 1 Phases of Aircraft Design　Text 2 Aircraft Conceptual Design　Text 3 Loads on Aircraft Structural Components　Text 4 Function of Structural Components　Free Reading　ExerciseUnit 14 Aircraft Fabrication　Text 1 Fabrication of Structural Components　Text 2 A Flexible Development System for Automated Aircraft Assembly　Text 3 A New Look at Aircraft Assembly--Friction Stir Welding Is the Answer　Text 4 Verifying Aircraft Assembly with Real-Time Digital hotogrammetry 　ExerciseUnit 15 MEMS　Text 1 Introduction to MEMS　Text 2 Mechanical to Electrical Transduction　Text 3 MEMS Actuators　Text 4 Trends in MEMS Technology　ExerciseUnit 16 Robotics　Text 1 Robotics　Text 2 Industrial Robots　Text 3 Component of a Robot System　Text 4 Robotic Sensors　Free Reading　ExerciseUnit 17 Industry Engineering　Text 1 Industrial Engineering Education for the 21st Century　Text 2 Real IE Value　Text 3 Operations Research　Text 4 Total Quality Management　ExerciseDevelopment Skills for Technical EnglishAppendix　1 A List of Common British and American Spelling Equivalents 　2 A List of Common Prefixes and SuffixesBibliography

章節(jié)摘錄

　　Mechanical properties mean a material's ability to carry or resist the application of mechanical forces and loads.The material's reaction to these forces is usually either deformation or fracture.Mechanical properties are probably the most important to manufacturing processing.They determine the extent to which a material may be formed， sheared， or machined.Typical forces which are applied to a material are tension， compression， shear， and torsion， these forces are used to form and shape materials. Furthermore， materials must withstand excess amounts of these forces in product applications. Since screws are used to assemble wood parts，" they must absorb torsion forces. Rods holding suspended fixtures must withstand excess tension forces.The head of a hammer must absorb compression forces.（1） Stress-strain. The stress-strain relationship is often used to study many mechanical properties. Stress is force applied to material. It is usually measured in either pounds per square inch or kilograms per square centimeter. Strain is the change in the length of a material which is under stress. The strain measurements are given in term of the amount of elongation of the material per unit of length. Strain is given in thousandths of an inch per inch of material of millimeters （of smaller units） per centimeter of material. For most materials， the elongation of a material under stress is quite small.　　……

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