Principles of Ceramics Processing

At a time when the importance of ceramics in modern products has advanced rapidly, James S. Reed′s Principles of Ceramics Processing fulfills the need for a clearly written, comprehensive introduction to the field. This single text gives materials science engineers and students in ceramics engineering an understanding of the scientific principles and technology of ceramics processing as it applies to the development and production of new advanced ceramics. Professor Reed′s coherent approach joins the presentation of scientific principles with a discussion of the processing technology and unit operations. His thorough coverage includes materials and their characterization; processing additives;rheology; forming, drying, sintering, coating and surface finishing; and the causes and prevention of defects in products. This new edition reflects recent developments in the field and provides additional material on nitride, carbide, and electronic ceramics. A wealth of data and detailed charts of information relevant to the manufacturing process enhance its value as a ready reference to practicing engineers. To facilitate learning, the author has included examples with solutions in each chapter, tables summarizing potential defects and their causes, and processing flow diagrams for different processes. A total of over 500 illustrations in the form of graphs, diagrams, and micrographs support the text.

Spis treści:
Partial table of contents:
Ceramics Processing and Ceramic Products.
Surface Chemistry.
CERAMIC RAW MATERIALS.
Special Inorganic Chemicals.
MATERIALS CHARACTERIZATION.
Particle Size and Shape.
Density, Pore Structure, and Specific Surface Area.
PROCESSING ADDITIVES.
Liquids and Wetting Agents.
Flocculants, Binders, and Bonds.
PARTICLE PACKING, CONSISTENCY, AND BATCH CALCULATIONS.
Batch Consistency and Formulation.
PARTICLE MECHANICS AND RHEOLOGY.
Mechanics of Unsaturated Bodies.
BENEFIC IATION.
Comminution.
Granulation.
FORMING.
Pressing.
Injection Molding.
POSTFORMING PROCESSES.
Drying.
Firing.
Appendices.
Index.

Nota biograficzna:
JAMES S. REED is Professor of Ceramic Engineering at the New York State College of Ceramics at Alfred University. Dr. Reed has been the recipient of many awards for research and teaching including, most recently, the Outstanding Educator in Ceramic Engineering Award of the American Ceramic Society. Among his numerous publications is Introduction to the Principles of Ceramic Processing, First Edition, also published by Wiley.

Okładka tylna:
At a time when the importance of ceramics in modern products has advanced rapidly, James S. Reed′s Principles of Ceramics Processing fulfills the need for a clearly written, comprehensive introduction to the field. This single text gives materials science engineers and students in ceramics engineering an understanding of the scientific principles and technology of ceramics processing as it applies to the development and production of new advanced ceramics. Professor Reed′s coherent approach joins the presentation of scientific principles with a discussion of the processing technology and unit operations. His thorough coverage includes materials and their characterization; processing additives;rheology; forming, drying, sintering, coating and surface finishing; and the causes and prevention of defects in products. This new edition reflects recent developments in the field and provides additional material on nitride, carbide, and electronic ceramics. A wealth of data and detailed charts of information relevant to the manufacturing process enhance its value as a ready reference to practicing engineers. To facilitate learning, the author has included examples with solutions in each chapter, tables summarizing potential defects and their causes, and processing flow diagrams for different processes. A total of over 500 illustrations in the form of graphs, diagrams, and micrographs support the text.