1 Basic Concepts in Mechanics

2 Simple Stress and Strain

3 Forces and Moments

4 Overview of Engineering Mechanics

5 Shafts and Couplings

6 Shaft Design

7 Fasteners and Springs

8 Belt Drives and Chain Drives

9 Strength of Mechanical Elements

10 Physical Properties of Materials

11 Rolling Bearings

12 Spindle Bearings

13 Mechanisms

14 Basic Concepts of Mechanisms

15 Introduction to Tribology

16 Wear and Lubrication

17 Fundamentals of Mechanical Design

18 Maclune Designer's Responsibility

19 Introduction to Machine Design

20 Some Rules for Mechanical Design

21 Material Selection

22 Selection of Materials

23 Lathes

24 Drilling Operations

25 Machining

26 Machine Tools

27 Metal-Cutting Processes

28 Milling Operations

29 Gear Manufacturing Methods

30 GearMaterials

31 Dimensional Tolerances and Surface Roughness

32 Fundamentals of Manufacturing Accuracy

33 ProductDrawings

34 Sectional Views

35 Nontraditional Manufacturing Processes

36 Machining of Engineering Ceramics

37 Mechanical Vibrations

38 Defirutions and Terminology of Vibration

39 Residual Stresses

40 Laser-Assisted Machining and Cryogenic Machining Technique

41 Effect of Reliability on Product Salability

42 Reliability Requirements

43 Quality andlnspection

44 Coordinate Measuring Machines

45 Computers in Manufacturing

46 Computer-Aided Design and Manufacturing

47 Computer-Aided Process Planning

48 Process Planning

49 Numerical Control

50 Computer Numerical Control

51 Training Programmers

52 NC Programming

53 IndustrialRobots

54 Robotics

55 Basic Components of an Industrial Robot 2100433B