This course we will work through the key metallurgical principles that underpin successful metallurgical outcomes in steel, necessary for optimum material selection, optimum material processing and the production of the correct microstructure and mechanical properties
Description
Learning outcomes:
Understanding of key crystal structures
Understanding of allotropic behaviour of iron
Role of carbon on microstructures formed
How equilibrium phase diagrams are used and their limitations
Equilibrium microstructures formed in steel
How time-temperature-transformation diagrams are constructed, how they indicate the non-equilibrium microstructures formed in steel
How cooling influences microstructures formed and the importance of the critical cooling rate
Factors that affect time-temperature-transformations, role of carbon, grain size and alloying elements
Definition of key mechanical properties, how mechanical properties are related to microstructure and chemistry
Definition of metal deformation and the role of dislocations
Introduction to the four main strengthening mechanisms in steel in which dislocation movement is impeded
Course content
Learning Outcomes
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Able to design and optimise complex heat treatment processes to achieve tailored material properties.4
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Develops and mentors technical staff, fostering a culture of continuous learning and innovation within the metallurgical team.3
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Possesses comprehensive understanding of steel production processes, from raw materials to finished products, including blast furnace operations, electric arc furnaces, and continuous casting.3
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Recognises basic heat treatment processes like annealing, quenching, tempering, and case hardening, and understand their purposes.1
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