1. INTRODUCTION OF CAM 2. COMPUTER AIDED DESIGN AND MANUFACTURING 3. ADVANTAGES OF CAM 4. BENEFITS OF CAM 5. AUTOMATION IN CAM 6. DEVELOPMANT OF CAM SYSTEM 7. COORDINATE MEASURING MACHINE 8. HISTORICAL DEVELOPMENT OF CAM 9. TECHNOLOGIES RELATED TO CAM 10. FUNDAMENTALS OF NC MACHINE 11. NC MACHINE SYSTEM 12. CLASSIFICATION OF NC MACHINE SYSTEM 13. NC MACHINE CONTROL SYSTEM 14. ADVANTAGES OF NC MACHINE 15. FEATURES OF NC MACHINE 16. APPLICATIONS OF NC MACHINE 17. LIMITATIONS OF NC MACHINES 18. STEPS IN NC MANUFACTURING 19. ADAPTIVE CONTROL SYSTEM 20. INTRODUCTION OF CNC MACHINE 21. PRINCIPLE OF CNC MACHINE 22. FEATURES OF CNC MACHINE 23. INTRODUCTION OF DIRECT NUMERIC CONTROL MACHINE(DNC) 24. AUTOMATIC TOOL CHANGER 25. CONFIGURATION OF CNC MACHINE 26. STEPS IN CNC PROGRAMMING 27. ADVANTAGES & DIS ADVANTAGES OF CNC MACHINES 28. BASIC ELEMENTS OF NC MACHINE 29. CONTROL OF CONTOURING SYSTEMS 30. PROBLEMS WITH CONVENTIONAL NC MACHINE 31. ORGANIZATION OF A CNC MACHINE TOOL SYSTEM 32. GENERATIONS OF CNC MACHINES 33. CNC SYSTEM ELEMENTS 34. CNC INTERPOLATION 35. CNC MACHINING CENTRE 36. SPECIFICATION IN CNC MACHINE 37. NC PART PROGRAMMING 38. M CODES 39. G CODES IN NC PART PROGRAMMING 40. G CODES DESCRIPTION IN NC PART PROGRAMMING 41. CIRCULAR INTERPOLATION IN NC PART PROGRAMMING 42. THE 3D CIRCULAR INTERPOLATION 43. TOOL OFFSET CODE 44. PLANE SELECTION IN NC PART PROGRAMMING 45. CUTTER COMPENSATIONS IN NC PART PROGRAMMING 46. MIRROR IMAGE IN NC PART PROGRAMMING 47. TAPPING IN NC PART PROGRAMMING 48. DRILL IN NC PART PROGRAMMING 49. ABSOLUTE AND INCREMENTAL MODE 50. FEED FUNCTION IN PART PROGRAMMING 51. SPINDLE MOTION COMMAND IN PROGRAMMING 52. TOOL CHANGER 53. M CODES DESCRIPTION IN NC PART PROGRAMMING 54. DUAL ADAPTIVE CONTROLLER 55. TYPES OF DUAL ADAPTIVE CONTROLLER 56. CNC MACHINE SYSTEM PROGRAMMING IN DRILLING 57. CNC MACHINE SYSTEM PROGRAMMING IN MILLING 58. CNC MACHINE SYSTEM PROGRAMMING IN TURNING 59. CNC MACHINE SYSTEM PROGRAMMING IN SUBROUTINES 60. CNC MACHINE SYSTEM PROGRAMMING IN CANNED CYCLES 61. COMMUNICATION INTERFACE 62. ANALOG TO DIGITAL CONVERSION 63. DC MOTORS 64. DIGITAL DIFFRENTIAL ANALYZER (DDA) 65. DIGITAL TO ANALOG CONVERSION 66. FEEDBACK DEVICES IN CNC MACHINE 67. INTERPOLATION 68. STEPPER MOTOR 69. DDA SOFTWARE INTERPOLATOR 70. SPLINE INTERPOLATION 71. CUBIC SPLINE INTERPOLATION 72. PIECEWISE LINEAR INTERPOLATION 73. LINEAR INTERPOLATION 74. INTERPOLATION FILTERS 75. GAUSSIAN PROCESS APPROACHES TO INTERPOLATION 76. POLYNOMIAL INTERPOLATION 77. PIECEWISE LINEAR INTERPOLATION IN CNC 78. INTERPOLATION IN DIGITAL SIGNAL 79. FLEXIBLE MANUFACTURING SYSTEM 80. TYPES OF FLEXIBILITY 81. TYPES OF FMS 82. COMPUTER AIDED MANUFACTURING IN CIM SYSTEM 83. COMPUTER INTEGRATED MANUFACTURING INTRODUCTION 84. CIM HARDWARE AND SOFTWARE 85. APPROACHES TO COMPUTER-AIDED PROCESS PLANNING 86. ADVANTAGES AND DISADVANTAGES OF CAPP 87. APPROACH TO PROCESS PLANNING 88. COMPUTER AIDED PROCESS AND PLANNING 89. MODEL OF CAPP 90. COMPUTER AIDED DESIGN 91. COMPUTER AIDED ENGINEERING 92. COMPUTER AIDED INSPECTION 93. CONCEPT OF MECHATRONICS 94. GROUP MANUFACTURING TECHNOLOGY 95. WAY TO IDENTIFY PART FAMILY 96. FUNDAMENTAL OF CIM 97. OBJECTIVES OF CIM 98. SCOPE OF CIM 99. OPERATION IN CIM
Manufacturer: Ashish Kumar
Brand: Ashish Kumar
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