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Phase Diagrams

Terry Alford

This course will explore higher-level details about phase diagrams, including the Fe-Fe3C phase diagram. We will use the Fe-Fe3C phase diagram to predict the possible phases and microstructures of a steel alloy based on its composition.

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Syllabus

Phase Diagrams

Module 1: Model System Fe-Fe3C and Phase Diagrams

In this module, we will examine phase diagrams and the Fe-Fe3C model system.

Module 2: Model System Fe-Fe3C

In this module, we will examine how to determine the microstructures that result from cooling different compositions of alloys in the Fe-Fe3C model system.

Module 3: Phase Transformations

In this module, we will explore phase diagrams and heat treatments to control the properties of materials.

Module 4: Heat Treatments

In this module, we will demonstrate how to use phase diagrams and heat treatments to control the properties of materials.

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Examines higher-level details about phase diagrams, which is standard practice in steel alloy production

Emphasizes the practical application of phase diagrams to predict microstructures in steel alloys

Instructs on using the Fe-Fe3C phase diagram to control the properties of steel alloys through heat treatments

Taught by Terry Alford, an experienced instructor in materials science

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Career center

Learners who complete Phase Diagrams will develop knowledge and skills that may be useful to these careers:

Materials Science Engineer

A Materials Science Engineer researches, develops, and applies materials used in the production of a variety of goods. They learn about a material's chemical structure, physical properties, and how to apply these to industrial applications. This course helps build a foundation for a career as a Materials Science Engineer by deepening your understanding of phase diagrams, particularly the Fe-Fe3C phase diagram. This deeper understanding will be useful when determining microstructures, applying heat treatments, and controlling materials properties.

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Metallurgical Engineer

A Metallurgical Engineer applies science to the production of metals. This role often involves the development of new materials, as well as the optimization of existing ones. This course can be useful for preparing to become a Metallurgical Engineer. It helps develop a fundamental understanding of phase diagrams and the Fe-Fe3C phase diagram. This will be valuable for predicting and controlling the microstructure and properties of steel alloys throughout metallurgy.

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Chemical Engineer

A Chemical Engineer designs and operates plants and processes that transform raw materials into valuable products. Many of these processes involve the use of phase diagrams. This course helps prepare for a career as a Chemical Engineer by giving an in-depth look at phase diagrams and the Fe-Fe3C phase diagram. This can be very useful in the design, construction, operation, and troubleshooting of chemical plants.

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Materials Scientist

A Materials Scientist investigates the properties and behavior of materials, and uses that knowledge to develop new or improved materials for a variety of industries. They are often involved in research and development, working with phase diagrams. This course is a good foundation for a career as a Materials Scientist. It delves into phase diagrams and the Fe-Fe3C phase diagram, which is useful for predicting the possible phases and microstructures of an alloy.

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Ceramics Engineer

A Ceramics Engineer applies the principles of engineering to the design, development, and manufacturing of ceramic materials and products. This often involves using knowledge of phase diagrams. This course can be useful for a Ceramics Engineer because it provides a deep understanding of phase diagrams, especially the Fe-Fe3C phase diagram. This understanding will be valuable for predicting and controlling the microstructure and properties of ceramic materials.

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Mining Engineer

A Mining Engineer uses their knowledge of geology and engineering to locate, extract, and process minerals. Phase diagrams are sometimes used in this process. This course may be helpful for Mining Engineers. It provides a solid foundation in phase diagrams and the Fe-Fe3C phase diagram, which can be applied to the mining and processing of certain minerals.

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Geologist

A Geologist studies the Earth's physical structure and composition, and the processes that have shaped it. Some geologists specialize in mineralogy and crystallography, which can make use of phase diagrams. This course could be useful for Geologists. It can help develop a deeper understanding of phase diagrams and the Fe-Fe3C phase diagram. This understanding can potentially be applied in the study of rocks and minerals.

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Petroleum Engineer

A Petroleum Engineer designs and implements methods for extracting oil and gas from the earth. Many Petroleum Engineers make use of phase diagrams in their work. This course can be a useful resource for anyone who wants to work as a Petroleum Engineer. It provides a deep understanding of phase diagrams, including the Fe-Fe3C phase diagram. This knowledge can be applied to the analysis and prediction of fluid behavior in oil and gas reservoirs.

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Nuclear Engineer

A Nuclear Engineer designs, builds, and operates nuclear power plants and other nuclear facilities. Some Nuclear Engineers make use of phase diagrams in their research and professional activities. This course may be useful for Nuclear Engineers. It teaches about phase diagrams and the Fe-Fe3C phase diagram. This understanding can be applied to the design and operation of nuclear reactors, the processing of nuclear materials, and the management of nuclear waste.

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Polymer Scientist

A Polymer Scientist studies the properties and behavior of polymers, and uses that knowledge to develop new or improved polymeric materials for a variety of industries. Some Polymer Scientists make use of phase diagrams in their research and professional activities. This course can help anyone who wants to work as a Polymer Scientist to develop a better understanding of phase diagrams and the Fe-Fe3C phase diagram. This can be useful for the development and characterization of new polymeric materials.

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Mechanical Engineer

A Mechanical Engineer designs, builds, and operates machines and other mechanical systems. Some Mechanical Engineers make use of phase diagrams in their research and professional activities. This course may be useful for Mechanical Engineers. It can help to develop a better understanding of phase diagrams and the Fe-Fe3C phase diagram. This knowledge can be applied to the design, analysis, and optimization of mechanical systems.

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Electrical Engineer

An Electrical Engineer designs, builds, and operates electrical systems and components. Some Electrical Engineers make use of phase diagrams in their research and professional activities. This course may be useful for Electrical Engineers. It helps build a foundation in understanding phase diagrams and the Fe-Fe3C phase diagram. This knowledge can be applied to electrical systems such as batteries, fuel cells, and solar cells.

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Civil Engineer

A Civil Engineer designs, builds, and operates infrastructure and other civil engineering projects. Some Civil Engineers make use of phase diagrams in their research and professional activities. This course can be helpful for Civil Engineers. It helps develop an understanding of phase diagrams and the Fe-Fe3C phase diagram. This knowledge could be applied to the design and construction of bridges, buildings, roads, and other infrastructure.

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Aerospace Engineer

An Aerospace Engineer designs, builds, and operates aircraft, spacecraft, and other aerospace systems. Some Aerospace Engineers make use of phase diagrams in their research and professional activities. This course could be useful for Aerospace Engineers. It helps develop a foundation in phase diagrams and the Fe-Fe3C phase diagram. This knowledge could be applied to the design and analysis of aerospace systems.

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Biomedical Engineer

A Biomedical Engineer designs and develops medical devices and systems. Some Biomedical Engineers make use of phase diagrams in their research and professional activities. This course can be useful for Biomedical Engineers. It helps develop an understanding of phase diagrams and the Fe-Fe3C phase diagram. This understanding could be applied to the design and development of medical devices, implants, and other biomedical technologies.

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Reading list

We've selected 11 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Phase Diagrams.

Physical Metallurgy Principles - SI Version

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Offers a comprehensive overview of physical metallurgy and provides a strong foundation for understanding phase diagrams, including the Fe-Fe3C phase diagram.

Phase Diagrams

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