Nucleation and growth kinetics in crystalline and glassy matrices. 4. Sintering and Microstructure Development
Yes. Ceramic Materials by Carter & Norton (2007) is prettier. Ceramics: Mechanical Properties, Failure Behaviour, Materials Selection by Munz & Fett is more specialized. But none have the of Kingery.
The back of the book contains tables of thermal expansion coefficients, elastic moduli, and phase equilibria data that are still cited in papers today. This PDF is a reference manual masquerading as a textbook.
: It teaches why ceramics behave the way they do based on atomic arrangements, rather than just describing processing steps.
Wiley publishes the book under a standard copyright. The second edition (1976) is still in print, and its copyright is legally protected, which means downloading unauthorized copies from file-sharing websites is a violation of copyright law. While websites and forums like muchong.com have hosted links to the PDF, these are user-uploaded, unauthorized copies. Using such sources may expose your device to malware or corrupted files and does not support the authors and publisher.
The text has guided generations of students and remains an indispensable reference for professional engineers and scientists.
How deviations from chemical formulas alter the electrical and optical properties of ceramics.
The book dives deep into the atomic structure, interatomic bonds, and crystal structures, including oxide structures and silicates. It provides a detailed look at the structure of glass and glass formation, a critical component of ceramic science that separates it from metallic materials. 2. Structural Imperfections (Defects)
: Do not just memorize the diffusion and sintering models. Physically write out the derivations to grasp the underlying physical dependencies (such as how particle radius impacts sintering rates).
Offers a highly accessible, modern take on the physical chemistry and mechanics of ceramics with updated problem sets.
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What makes it "deep" isn't the breadth. It's the . You cannot skim Kingery. Every sentence contains a formula, a phase diagram, or a quiet observation that will unlock a problem you didn't even know you had.
The half-star deduction is not for a lack of content, but for the sheer difficulty of the prose.
In the world of Materials Science, this book is often referred to as the "Bible of Ceramics." However, like many religious texts, it is dense, old, and requires interpretation.
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The book details how a minor liquid phase accelerates densification through capillary forces and dissolution-reprecipitation mechanisms.