Master thermomechanical treatments, recovery/recrystallisation mechanisms, and kinetic modeling in hot steel deformation across two advanced modules.
Dynamic Recovery and Recrystallisation
Full Code
MET0108205
Module Type
E-learning
Description
Short description:
Thermomechanical Processing: Analyze dynamic recovery and recrystallisation through guided visuals and strain-stress applications in this self-paced 30-minute module.
Long description:
This module explores the thermomechanical treatments (TMT) used to enhance steel properties by combining thermal and deformation processes. Focusing on dynamic recovery and dynamic recrystallisation, learners will examine mechanisms that alter metal microstructures during hot working. Through explanatory animations, stress-strain analyses, and microstructural diagrams, participants will investigate how these processes influence grain refinement, ductility, and workability. The module also compares steady-state behaviors, deformation kinetics, and recovery mechanisms in different metal types. Concluding with the application of recovery and recrystallisation to industrial forming processes, the content connects metallurgical theory with real-world steel performance outcomes.
What you will learn
- Explain the thermomechanical treatment process for enhancing steel properties.
- Differentiate between dynamic and static recovery and recrystallisation mechanisms.
- Interpret stress-strain curves to identify microstructural changes in hot-worked metals.
- Analyze steady-state mechanical behavior during dynamic recovery processes.
- Assess the impact of alloying elements on ductility and sub-grain structure formation.
- Evaluate the role of dynamic recrystallisation in grain refinement and strength outcomes.
Module content
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