Iet 216 Final Exam

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JohnLee397
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Iet 216 Final Exam
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2013-05-01 02:26:07
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Iet 216 Final Exam
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  1. 4 chip formations
    Discontinous, continous, continuing with build up, settenate
  2. Discontinous, continous, continuing with build up, settenate
    4 chip formations
  3. discontinuous
    brittle, low cutting speeds, high tool chip
  4. brittle, low cutting speeds, high tool chip
    discontinuous
  5. continuous
    high speeds, small feed, depth
  6. high speeds, small feed, depth
    continuous
  7. continuing with build up
    ductile, low cutting speeds
  8. ductile, low cutting speeds
    continuing with build up
  9. settenate
    hard metals
  10. hard metals are
    settenate
  11. cutting fluids
    coolants and lubricants
  12. coolants and lubricants
    cutting fluids
  13. tool fail
    Fracture, temperature, gradualar
  14. Fracture, temperature, gradualar are
    tool fail
  15. single point tools
    boring, planning, shaping
  16. boring, planning, shaping are
    single point tools
  17. multi point tools
    drilling, milling, reaming, tapping
  18. drilling, milling, reaming, tapping are
    multi point tools
  19. welding lab requirements
    75%Argo, 25% Co2, Filler metal, 7os-6, 25 Cfh
  20. 75%Argo, 25% Co2, Filler metal, 7os-6, 25 Cfh are requirements for
    welding lab
  21. welding defects
    slag, cracks, incl using, porosity, lack of penetration, discontinuous, lack of fusion
  22. slag, cracks, incl using, porosity, lack of penetration, discontinuous, lack of fusion are
    welding defects
  23. fusion welding is
    melt joined materials with high temp, example is Arc welding
  24. melt joined materials with high temp, example is Arc welding is
    fusion welding
  25. solid state is
    mechanical brutation of materials together, example is "ultra sonic welding"
  26. mechanical brutation of materials together, example is "ultra sonic welding" is
    solid state
  27. weld joints are
    Butt joints, corner joint, t joint, lap joiont edge joint
  28. Butt joints, corner joint, t joint, lap joiont edge joint are
    weld joints
  29. types of groove fusion welds
    D-U, D-J, D-Sq, Double U, D-Bevel
  30. D-U, D-J, D-Sq, Double U, D-Bevel are
    types of groove fusion welds
  31. welding heat source
    electric arc
  32. electric are is
    welding heat source
  33. arc is placed between
    part and electrode
  34. part and electrode is where the
    arc is placed between
  35. spot welding is for
    resistance
  36. resistance is fixed with
    spot welding
  37. Solid state is for
    friction, ultra sonic
  38. friction, ultra sonic is fixed with
    solid state welding
  39. Two types of welding
    Mig(GMAW), Tig(GTAW)
  40. Mig(GMAW), Tig(GTAW) are
    two types of welding
  41. Work holding is
    like a vice or clamp -locating and holding
  42. like a vice or clamp -locating and holding is
    work holding
  43. Lathe work holders
    is chuck, dry dog, jaws, mandrils
  44. is chuck, dry dog, jaws, mandrils are
    lath work holders
  45. milling work holders
    fence, clamps, vice, t-slotes
  46. fence, clamps, vice, t-slotes are
    milling work holders
  47. lathe is
    z-axis (horse power)
  48. z-axis (horse power) relates to
    the lathe
  49. feed rate is
    the tool advancement into work
  50. the tool advancement into work is
    the feed rate
  51. vertical lathes is for
    larger swing
  52. larger swing is for
    vertical lathes
  53. a large diameter is for
    boring
  54. boring is for a
    large diameter
  55. forming is
    shaped cutting tools
  56. shaped cutting tools is for
    forming
  57. forces in metal cutting
    friction, normal, shear
  58. friction, normal, shear are
    forces in metal cutting
  59. forming is
    the shape of the part is created by the geometry of the cutting cool.
  60. the shape of the part is created by the geometry of the cutting cool is called
    forming
  61. parts in a lathe (in order)
    (inorder) Headstock, spindle, feed tool post, tailstock, Bed lead screw, ways, carriage, cross slide, feed conrols
  62. (inorder) Headstock, spindle, feed tool post, tailstock, Bed lead screw, ways, carriage, cross slide, feed conrols
    is parts in a lathe
  63. parts in milling machines (in order)
    head, worktable, cutter, saddle, knee, base, column(back)
  64. head, worktable, cutter, saddle, knee, base, column(back)
    parts in milling machines (in order)
  65. types of milling machines
    horizontal, vertical, knee and column, bed type
  66. horizontal, vertical, knee and column, bed type
    types of milling machines
  67. types of lathe
    horizonal and vertical turning
  68. horizonal and vertical turning are types of
    lathe
  69. three properties in tool material
    toughness, hot hardness, wear resistance
  70. toughness, hot hardness, wear resistance are properties in
    tool material
  71. reason for cutting fluids
    reduce heat, friction, improve finish
  72. reduce heat, friction, improve finish
    reason for cutting fluids
  73. types of fusion welding
    arc welding, resistance welding, oxygen gas welding,
  74. arc welding, resistance welding, oxygen gas welding,
    types of fusion welding
  75. types of solid-state welding
    diffusion welding, friction welding, ultrasonic welding,
  76. Arc welding is
    a fusion welding process in which coalescence of the metals is achieved by the heat of an electric arc between an electrode and the work.
  77. a fusion welding process in which coalescence of the metals is achieved
    by the heat of an electric arc between an electrode and the work is
    arc welding
  78. flux is
    a substance used to prevent the formation of oxides and other unwanted contaminants.
  79. a substance used to prevent the formation of oxides and other unwanted contaminants is
    flux
  80. resistance welding is
    a group of fusion welding processes that uses a combination of heat and pressure to accomplish coalescence.
  81. a group of fusion welding processes that uses a combination of heat and pressure to accomplish coalescence is
    resistance welding
  82. three components of automated system
    power, program of instructions and control system
  83. power, program of instructions and control system are
    three components of automated systems

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