042 - MODERN MACHINE SHOP 

1- Introduction to NC

2- Numerical control – what its all about

3- What NC is not

4- Why numerical control

5- How NC came to be

6- How NC operates

7- Part programmer has key role

8- Computers can help

9- Input media

10- What NC does

11- The true natüre of NC

12- Machine tools and their control

13- NC forces new thinking

14- Machining centers

15- Machine axes of motion

16- Standards for designation of axes

17- The machine control unit its evolution

18- Computer numerical control

19- Incremental or absolute

20- Inch or metric

21- Closed or open loop

22- How the MCU controls the machine

23- Feedback devices

24- MCU faeture content

25- NC applications extended

26- Computer Fundamentals

27- Types of computers

28- Mainframe, mini or micro

29- Central processing unit

30-  The arithmetic of computers

31- Computer memory

32- Input and output

33- Tape format

34- Binar coded decimal

35-Computer software

36-  NC part programming

37- System of cordinates

38- Positioning or contouring, contouring, programming for positioning

39- Programming for contouring

40- Circular interpolation

41- parabolic interpolation

42- Manual or computer programming

43- Other programming techniques

44- Digitizing, scanning, graphics,MDI and shop-floor programming

45- Proving and editing part programs

46- NC software

47- Part programming, processor languages

48- APT the first NC language, processor functions

49- Three approaches, evaluating processor şanguages

50- Workpiece influence on programming

51- Point to point and atraight cuts

52- Nonformula defined curves

53- Repetitive cuts and family of parts

54- Curves and straight lines of a more complexnature

55- Controlled rotary motion

56- Inclined planes and patterns

57- Sculptured surfaces

58- Swarf cuts, formula defined and regular surfaces

59- Multiaxis, incluned five simultaneous motions

60- Lathe language evaluation

61- Post processors

62- NC tool management, tool management program

63- Cutting tool policy, hole making tools, feed-out boring heads

64- Cutting tool length

65- Lathe type tooling, lathe tool length

66- Tool identification, remote tool management, tool length storage

67- Cutter diameter compensation

68- Workholding consideration, modular fixturing, fixture offsets

69- Managing NC the shop

70- Organize for NC, designate NC coordinator

71- Select candidate parts, select NC machine tool

72- Select key personnel, the part programmer

73- The NC machine operatör, maintenance personnel

74- Programming, select NC language, packaged computer assist

75- How to justify NC

76- CAD/CAM/CIM and the automatic factory

77- Computer integrated manufacturing

78- Computerized  design and analysis

79- Computer graphics, process planning

80- Material amanagemnt, material requirements planning

81- Inspection and quality control

82- DNC and networking

83- What DNC is and why

84- DNC’ s time has come, DNC computer considerations

84- DNC benefits, network architecture

85- Group technology and manufacturing cells

86- Flexible manufacturing systems

87- Flexible transfer lines

88- FMS system requirements, machine tools

89- materials handling, FMS control center

90- FMS system sonfiguration, planning for FMS

91- The unmanned FMS

92- System elements, automatic workholding

93- Methods of work transport, automatic guided vehicles

94- Automatick work changers, automatic tool handling

95- System robotics

96- Adaptive control

97- Cell and system control

Size               - 22.1  Mb

Pages             - 124

Language       - English

File Type       - JPG