Gain practical knowledge of direct hardening alloy steels, including composition, heat treatment, properties, and large-scale engineering applications.
Description
This course provides a comprehensive exploration of direct hardening alloy steels, focusing on their properties, composition, heat treatment processes, and industrial applications. It covers the selection and behaviour of alloy steels, including the influence of alloying elements on hardenability and mechanical performance. Learners examine heat treatment cycles, tempering effects, and quality assurance through test certification. The course also addresses advanced applications such as large forgings, including material selection, processing techniques, and manufacturing considerations for heavy engineering components like turbine rotors. Designed for professionals in metallurgy and engineering, the course equips learners with the knowledge to evaluate, select, and process alloy steels to meet performance and industry standards.
Course content
Learning Outcomes
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Drives innovation in steel materials, processes, and product development.4
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Expert in designing steel alloys with precise mechanical, thermal, and corrosion-resistant properties for specific applications.4
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Understands the principles of alloying to create steel with desired properties.2
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Drives innovation in steel materials, processes, and product development.4
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Assists in selecting appropriate steel materials for specific applications.2
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Able to select and design steel alloys for specific applications, considering factors like strength, corrosion resistance, and heat resistance.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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Principles and effects of annealing, hardening, quenching and tempering processes2
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Effects of alloying elements, and component dimensions, on phase transformations occurring upon cooling from austenitising temperature2
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Different phases and microstructures that may form, upon heat treatment of metals, in alloy compositions, and their respective properties2
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Analyse the effects of case and induction hardening to determine the heat treatment processes suited to meet material property requirements.2
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Principles and effects of annealing, hardening, quenching and tempering processes2
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Report on selected materials and heat treatment processes used, and related economic, environment and safety considerations3
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Evaluate and refine parameters of heat treatment processes, using advanced metrology, to improve component properties3
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Heat treatment process simulation tools2
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Principles and effects of annealing, hardening, quenching and tempering processes2
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Principles of precision engineering3
Related Occupations
Engineer - Operation
Monitors process parameters and suggests corrective measures in case of deviations. Contributes to improve Safety, Environment, Quality and Productivity performance. Leads / participates in Technical / Safety investigations. Conducts trials and report findings. Imparts knowledge to operating crew.
Engineer - Operation
Monitors process parameters and suggests corrective measures in case of deviations. Contributes to improve Safety, Environment, Quality and Productivity performance. Leads / participates in Technical / Safety investigations. Conducts trials and report findings. Imparts knowledge to operating crew.
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