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Februari 2023 Technical & Engineering Yogyakarta

Material Selection

DESKRIPSI

It is the responsibility of the end users to select the right materials for the right purpose. However, there are huge varieties of engineering materials that have been manufactured by so many mill-shops. Every material as well as manufacturer offers advantages of their materials with regards to mechanical & physical properties, corrosion resistance, and even offering a very good technological performance. Failure to select proper materials will shorten their lifetime and in turn will reduce the company profits due to lost of equipment and or valuable production time.

OJECTIVE

1. To understand the map of engineering materials availability,
2. To understand the material properties, to characterize materials
3. To understand concept of selecting engineering materials suitable for typical loading and atmosphere conditions
4. To understand international standard for engineering materials.

OUTLINE MATERI

1. The Map of Engineering Material Classification Related to Their Services
2. Base on its function on: stationary equipment; rotating equipment; piping and tubing
3. Base on their service conditions against
   • Mechanical loads: static; dynamic; and impact load
   • Service temperature: high; near room; cryogenic temperature
     
   • Degree of corrosiveness: CO2; H2S; H2SO4; Halides
4. Basic Theory of Engineering Materials Related to Their Applications
   
5. Effect of chemical composition
6. Phase diagrams and phase transformation
7. Mechanical & heat treatment and their effect on material properties
   
8. Micro structure analysis
9. Material Properties and Their Significant Use In Service
10. Mechanical properties: tensile strength; yield strength; fatigue strength; rupture strength; elongation; hardness; toughness; wear & abrasive resistance
    
11. Physical properties: thermal & electrical properties; specific heat; melting point
    
12. Chemical properties: corrosion resistance
    
13. Technological properties: weld ability; cast ability; formability; machine-ability
    
14. Common Engineering Materials Used in Industries
    
15. Iron and carbon steel
    
16. Low and high alloy steel
    
17. Cast iron
    
18. Copper and its alloy
    
19. Aluminum and its alloy
    
20. Nickel and its alloy
    
21. Titanium and its alloy
    
22. Cobalt and its alloy
23. The Important of Material and Component Standards; ASTM; ASME; SAE; API; UNS; JIS; DIN
    
24. The Concept of Material Selection Base On:
    
25. Strength for static; dynamic; and impact loading
26. Rigidity
    
27. Service temperature
28. Degree of Corrosiveness of the atmosphere
    
29. Abrasive conditions
    
30. Production Processes of Some Raw Products
    
31. Piping and tubing
    
32. Plates
    
33. Fittings
    
34. Bolts
    
35. Profiles
    
36. Case Study of Some Material Selections in
    
37. Oil and Gas industries
    
38. Fertilizer and Petro-Chemical industries
    
39. Mining industries
40. Automotive and Transportation industries
41. Trip to laboratory to practice mechanical testing and materials analysis

TRAINING METHOD

Presentation,

Discussion

Case Study

Evaluation

FACILITY

Training Kit

Handout

Certificate

Lunch + 2 X Coffee Break

Souvenir

Pick up Participant (Yogyakarta)

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Topik Training	: Material Selection
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