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Material Science topic iron carbide diagram, microstructure development,phase diagram, crystal structure, polymer Properties, Composite, Ceramics for Mechanical Engineering $7.99   Add to cart
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Material Science topic iron carbide diagram, microstructure development,phase diagram, crystal structure, polymer Properties, Composite, Ceramics for Mechanical Engineering

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  • Course
  • ME 115 (ME115)
  • Institution
  • All Universities
  • Book
  • Materials Science and Engineering

Very easy and simple notes for material Science of mechanical engineering

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Document information

  • August 7, 2024
  • 12
  • 2024/2025
  • Class notes
  • Rafiullah
  • Lecture

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  • mechanical engineering subject material science

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• Slide 1: Title: The Iron–Carbon
System
• Steels and cast irons are
essentially iron–carbon alloys,
making the iron–carbon
system possibly the most
important binary alloy system
• This system can be divided into
two parts: an iron-rich portion
and the other for compositions
between 6.70 and 100 wt% C
• All steels and cast irons have
carbon contents less than 6.70
wt% C
• The iron–carbon system's
phase diagram is discussed in
this section

, • Title: The Fe–Fe3C Phase Diagram
• A portion of the iron–carbon phase
diagram is presented in Figure 9.24
• Pure iron experiences two changes in
crystal structure before it melts upon
heating
• The stable form at room temperature
is ferrite or α-iron, which has a BCC
crystal structure
• Ferrite undergoes a polymorphic
transformation to FCC austenite or γ-
iron at 912°C (1674°F)

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