TRAINING ONLINE THEORY OF MAGNETIC FIELDS

TRAINING WEBINAR CHARACTERISTICS OF MAGNETIC FIELDS

TRAINING DIRECTION OF MAGNETIC FIELD UNTUK PRAKERJA

pelatihan Theory of magnetic fields online

Magnetic Particle Testing (NDT Level II)

TRAINING MATERIAL OUTLINE : pelatihan Magnetic Particle Testing Equipment online

1. Principles of Magnets and Magnetic Fields
  1. Theory of magnetic fields
  2. Theory of magnetism
  3. Terminology associated with magnetic particle testing
  2. Characteristics of Magnetic Fields
  1. Bar magnet
  2. Ring magnet
  3. Effect of Discontinuities of Materials
  1. Surface cracks
  2. Scratches
  3. Subsurface defects
  4. Magnetization by Means of Electric Current
  1. Circular field
  2. Longitudinal field
  5. Selecting the Proper Method of Magnetization
  6. Alloy, shape and condition of part
  7. Type of magnetizing current
  8. Direction of magnetic field
  9. Sequence of operations
10. Value of flux density
11. Inspection Materials
12. Wet particles
13. Dry particles
14. Principles of Demagnetization
15. Residual magnetism
16. Reasons for requiring demagnetization
17. Longitudinal and circular residual fields
18. Basic principles of demagnetization
19. Retentivity and coercive force
20. Methods of demagnetization
21. Magnetic Particle Testing Equipment
22. Equipment selection considerations
23. Manual inspection equipment
24. Medium and heavy duty equipment
25. Stationary equipment
26. Mechanized inspection equipment
27. Types of Discontinuities Detected by Magnetic Particle Testing
28. Inclusions
29. Blowholes
30. Porosity
31. Flakes
32. Cracks
33. Pipes
34. Laminations
35. Laps
36. Forging bursts
37. Voids
38. Magnetic Particle Test Indications and Interpretations
39. Indications of nonmetallic inclusions
40. Indications of surface se
41. Indications of cracks
42. Indications of laminations
43. Indications of laps
44. Indications of bursts and flakes
45. Indications of porosity
46. Non-relevant indications
47. Magnetization by Means of Electric Current
48. Circular techniques
49. Longitudinal technique
50. Demagnetization Procedures
51. Need for demagnetization of parts
52. Current, frequency and field orientation
53. Heat factors and precautions
54. Need for collapsing flux fields
55. Equipment
56. Portable type
57. Stationary type
58. Automatic type
59. Liquids and powders
60. Black light type
61. Light sensitive instruments
62. Types of Discontinuities
63. In castings
64. In ingots
65. In wrought sections and parts
66. In welds

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