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Path Catalog
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This learning path explores the crystal structure, bonding, and unique properties of MAX phases, which are layered ternary carbides and nitrides combining ceramic and metallic characteristics. It covers fundamental concepts, property mechanisms, and applications, providing a solid foundation for graduate-level research.
This advanced learning path equips graduate students and researchers with the knowledge to analyze solid electrolytes for next-generation batteries. It covers fundamental electrochemistry, ceramic science, and specific oxide and sulfide electrolyte systems, focusing on ionic conductivity, grain boundary effects, and stability challenges.
This graduate-level learning path covers the science and technology of transparent ceramics, from the fundamental principles of light scattering to advanced processing and applications such as laser gain media and electro-optical devices. Learners will understand how to achieve transparency in ceramics, explore key materials like Alon and YAG, and examine their practical uses.
This advanced professional path covers the science and engineering of glass-ceramics, from fundamental nucleation and crystallization theory to microstructure control, property tailoring, and applications. Learners will gain the knowledge to design and process glass-ceramics for demanding applications such as cooktops and telescope mirrors.
This comprehensive path equips professional engineers with the knowledge to design durable and efficient refractory linings for industrial furnaces. It covers fundamental refractory materials and properties, thermal analysis, wear mechanisms, installation methods, and furnace design principles, culminating in the ability to select materials and design linings for specific applications.
This learning path equips professional engineers with the knowledge to select ceramic materials for electronic substrates and packaging. It covers essential ceramic properties, key materials like alumina, aluminum nitride, and beryllia, thermal management, CTE matching, and co-fired ceramic technologies. The path emphasizes practical selection criteria and application-driven trade-offs.
A professional learning path for engineers to design glass compositions meeting specific property targets. Covers glass structure, property-composition relationships, predictive models, additive rules, durability, process constraints, and culminates in a capstone design project.
This learning path equips undergraduate engineering students with the knowledge and skills to apply quality control methods in ceramic manufacturing. It covers raw material testing, in-process controls, final product testing, and statistical process control, grounded in an understanding of ceramic properties.
This learning path guides undergraduate engineering students through the complete production process of advanced ceramic parts, from raw material selection to final quality assurance. It covers forming, sintering, machining, grinding, polishing, and joining, emphasizing their interdependencies and industrial relevance.
This path guides undergraduate engineering students through the application of sintering parameters to achieve desired ceramic microstructures. Starting from sintering theory, it progresses through atmosphere control, pressure-assisted techniques, and grain size control, culminating in practical process design.