目錄
Lesson 1 Basic Concepts in Mechanics
Lesson 2 Forces and Their Effects
Lesson 3 Overview of Engineering Mechanics
Lesson 4 Shafts, Couplings, and Splines
Lesson 5 Shafts and Associated Parts
Lesson 6 Belts, Clutches, Brakes， and Chains
Lesson 7 Fasteners and Springs
Lesson 8 Rolling Bearings
Lesson 9 Turbine Engine Bearings for Ultra?High Temperatures
Lesson 10 Spindle Bearings (Reading Material)
Lesson 11 Machine Tool Frames
Lesson 12 Spur Gears
Lesson 13 Strength of Mechanical Elements
Lesson 14 Physical Properties of Materials
Lesson 15 Kinematics and Dynamics
Lesson 16 Basic Concepts of Mechanisms
Lesson 17 Material Selection
Lesson 18 Selection of Materials
Lesson 19 Gear Materials (Reading Material)
Lesson 20 Friction, Wear, and Lubrication
Lesson 21 Lubrication
Lesson 22 Introduction to Tribology
Lesson 23 Product Drawings
Lesson 24 Sectional Views
Lesson 25 Computer Graphics (Reading Material)
Lesson 26 Dimensional Tolerance
Lesson 27 Fundamentals of Manufacturing Accuracy
Lesson 28 Tolerances and Fits
Lesson 29 Introduction to Mechanical Design
Lesson 30 Engineering Design
Lesson 31 Some Rules for Mechanical Design
Lesson 32 Computer Applications in Design and Graphics
Lesson 33 Lathes and Cutting Parameters in Turning Process
Lesson 34 Engine Lathes
Lesson 35 Milling Machines and Grinding Machines
Lesson 36 Drilling Operations and Machines
Lesson 37 Milling Operations (Reading Material)
Lesson 38 Gear Manufacturing Methods
Lesson 39 Laser?Assisted Machining and Cryogenic Machining Technique
Lesson 40 Machine Tool Motors
Lesson 41 Development of Metal Cutting (Reading Material)
Lesson 42 History of Machine Tools (Reading Material)
Lesson 43 Nontraditional Manufacturing Processes
Lesson 44 Overview of Nontraditional Manufacturing Processes
Lesson 45 Machining of Engineering Ceramics
Lesson 46 Definitions and Terminology of Vibration
Lesson 47 Mechanical Vibrations
Lesson 48 Automated Assembly
Lesson 49 Roles of Engineers in Manufacturing
Lesson 50 Manufacturing Enterprises
Lesson 51 Careers in Manufacturing
Lesson 52 Manufacturing Research Centers at U.S. Universities (Reading Material)
Lesson 53 Developments in Manufacturing Technology (Reading Material)
Lesson 54 Mechanical Engineering and Mechanical Engineers
Lesson 55 Cost Estimating
Lesson 56 Quality and Inspection
Lesson 57 Quality in the Modern Business Environment
Lesson 58 Coordinate Measuring Machines
Lesson 59 Reliability Requirements
Lesson 60 Product Reliability
Lesson 61 Effect of Reliability on Product Salability
Lesson 62 Computers in Manufacturing
Lesson 63 Computer Applications in Design and Manufacturing
Lesson 64 Computer?Aided Analysis of Mechanical Systems
Lesson 65 Computer?Aided Process Planning
Lesson 66 Numerical Control
Lesson 67 Numerical Control Software
Lesson 68 Computer Numerical Control
Lesson 69 Training Programmers
Lesson 70 History of Numerical Control (Reading Material)
Lesson 71 Industrial Robots
Lesson 72 Robotics
Lesson 73 Basic Components of an Industrial Robot
Lesson 74 Robot Sensors
Lesson 75 Mechanical Engineering in the Information Age
Lesson 76 How to Write a Scientific Paper
Lesson 77 How to Write a Technical Report
參考譯文
第1課 力學基本概念
第4課 軸、聯軸器和花鍵
第7課 緊固件和彈簧
第8課 滾動軸承
第13課 機械零件的強度
第17課 材料選擇
第21課 潤滑
第22課 摩擦學概論
第23課 產品圖樣
第26課 尺寸公差
第28課 公差與配合
第29課 機械設計概論
第31課 幾條機械設計準則
第32課 電腦在設計和製圖中的應用
第33課 車床和車削參數
第34課 普通車床
第35課 銑床和磨床
第38課 齒輪製造方法
第43課 特種加工工藝
第45課 工程陶瓷的機械加工
第46課 振動的定義和術語
第49課 工程師在製造業中的作用
第55課 成本估算
第56課 質量與檢驗
第59課 可靠性要求
第61課 可靠性對產品適銷性的影響
第62課 電腦在製造業中的應用
第65課 電腦輔助工藝設計
第66課 數字控制
第69課 培訓編程人員
第71課 工業機器人
第73課 工業機器人的基本組成部分
第75課 信息時代的機械工程
第76課 如何撰寫科技論文
參考文獻
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