001 - MACHINING

1- Introduction to machining process

2- Machining of chip formation

3- Mechanics of machining

4- Force, power and stress in machining

5- Power consumption in production process

6- Surface finiş and surface integrity

7- Tool wear and tool life

8- Wear mechanisms

9- Tool life testing

10- High speed tool steel (HSS)

11- Effect of alloy elements

12- Properties of high speed tool steel

13- Surface treatments

14- Single point cutting toolss

15- P/M high speed tool steels

16- Cast cobalt alloys

17- Cemented carbides

18- Tools and toolholding

19- Cermets

20- Ceramics

21- Ultrahard tool materials

22- Metal cutting and grinding fluids

23- Recycling and fluid cleaning

24- Biological effects of cutting and grinding fluids

25- Turning

26- Basic lathe components

27- Types of lathes

28- Lathe attachments and accesories

29- Boring

30- Trepanning

31- Planing

32- Shaping and slotting

33- Broaching

34- Broach tool materials

35- Broach design

36- Drilling

37- Types of drilling machines

38- Selection of drills

39- Gun drills

40- Speed and feed

41- Reaming

42- Types of  reamers

43- Countersinking, counterboring and spotfacing

44- Roller burnishing

45- Tapping

46- Thread milling

47- Thread grinding

48- Thread Rolling

49- Die threading

50- Milling

51- Gear manufacturing

52- Sawing

53- Multiple operation milling

54- principles of grinding

55- Grinding equipment and processes

56- Super abrasives

57- Honing

58- Lapping

59- High speed machining

60- High removal rate machining

61- Numerical Control

62- Advantages of NC systems

63- Programming

64- Adaptive control

65- CAD/CAM applications in machining

66- Functions of CAD/CAM system

67- NC part programming

68- Direct numerical control (DNC)

69- Computer numerical control (CNC)

Size               - 14.934   Mb

Pages             - 1089

Language       - Engliish

File Type       - JPG