Explore steel metallurgy from phase diagrams to recrystallisation, with insights into hardenability, microstructure, and heat treatment.
Recrystallisation
Full Code
MET0107210
Module Type
E-learning
Description
Short description:
Explore steel phase diagrams and equilibrium states to predict transformations and guide metallurgical decisions.
Long description:
This module offers an in-depth examination of phase diagrams and equilibrium principles relevant to steel metallurgy. Learners explore the iron-carbon system, the significance of phase boundaries, and the predictive power of diagrams in understanding steel behavior under thermal conditions. Through interactive simulations and applied examples, the module breaks down concepts such as eutectoid transformation, solubility limits, and invariant reactions. Learners gain insights into the metallurgical implications of equilibrium phases and their role in heat treatment processes and structural properties.
What you will learn
- Analyze the iron-carbon diagram to identify key transformation points in steel.
- Distinguish between eutectic, eutectoid, and peritectic reactions in steel metallurgy.
- Predict phase stability in steels using temperature-composition relationships.
- Interpret lever rule applications in multi-phase steel systems.
- Explain the metallurgical relevance of solubility limits and phase boundaries.
Module content
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