5. Conclusion
Iron-carbon alloys, such as steels, are an essential component in many areas of industry and construction. Understanding the different phases and transformations of these alloys is crucial to selecting and designing materials suitable for each specific application. The iron-carbon diagram provides a valuable tool for visualizing and predicting the phase transformations of alloys as a function of temperature and carbon content. The constituent phases of steels, such as ferrite, cementite and pearlite, have significant influences on the material's mechanical properties. Finally, aging of steels can be a challenge, but preventive measures such as nitrogen reduction and aggressive deoxidation can help minimize its undesirable effects. In short, a thorough understanding of iron-carbon alloys and their characteristics is essential to ensure optimum, long-lasting performance in a wide range of...
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Bibliography
Standards and norms
- Hot-rolled structural steel products – Part 2: technical delivery conditions for unalloyed structural steels. - NF EN 10025-2 - 2005
- Steels for quenching and tempering – Part 2: technical delivery conditions for alloy structural steels. - NF EN 10083-2 - 2006
- Hot-rolled high-strength steel products for steel construction – Part 1: unalloyed steels. - NF A 35-501 - 1997
- Hot-rolled structural steel...
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