This specialization, offered by Arizona State University, delves into advanced materials science and engineering concepts without heavy mathematics, making it accessible to a wide range of learners. The course is designed to benefit professionals such as Materials Engineers, Chemical Engineers, Electrical Engineers, Aerospace Engineers, and those interested in materials exploration.
This course emphasizes diffusion and phase diagrams, providing a comprehensive understanding of materials science for advanced technological applications.
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The course modules cover the use of phase diagrams in predicting microstructures and properties, strengthening alloy steels, understanding electrical properties of materials, and exploring ceramics and composites materials.
The Phase Diagrams module delves into the use of principles of the Fe-Fe3C phase diagrams to predict microstructures and properties of carbon steel alloys, providing a foundational understanding of material behavior.
The Hardening, Polymers, Properties module focuses on utilizing phase diagrams to strengthen alloy steels and predict microstructure during age hardening, enabling learners to enhance material properties effectively.
The Electrical Properties and Semiconductors module explores the electrical properties of materials and the classification of semiconductors, insulators, and conductors, offering insights into the behavior and applications of these materials in various industries.
The Ceramics and Composites module provides a comprehensive understanding of the structures, strengthening mechanisms, and applications of ceramics and composite materials, equipping learners with the knowledge to leverage these materials in advanced technological applications.
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