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This volume constitutes the Proceedings of a Symposium on the
Plastic Deformation of Ceramic Materials, held at The Pennsylvania
State University, University Park, Pennsylvania, July 17, 18, and
19, 1974. The theme of this conference focused on single crystal
and polycrystalline deformation processes in ceramic materials. The
31 contributed papers by 52 authors, present a current understand
ing of the theory and application of deformation processes to the
study and utilization of ceramic materials. The program chairmen
gratefully acknowledge the financial assistance for the Symposium
provided by the United States Atomic Energy Commission, The
National Science Foundation, and The College of Earth and Mineral
Sciences of The Pennsylvania State University. Special
acknowledgment is extended to Drs. Louis C. Ianniello and Paul K.
Predecki of the AEC and NSF, respectively. Of course, the
proceedings would not have been possible without the excellent
cooperation of the authors in preparing their manuscripts. Special
appreciation is extended to the professional organi zation services
provided by the J. Orvis Keller Conference Center of The
Pennsylvania State University. In particular, Mrs. Patricia Ewing
should be acknowledged for her excellent program organization and
planning. Finally, we also wish to thank our secretaries for the
patience and help in bringing these Proceedings to press.
As the first major reference on glass fractography, contributors to
this volume offer a comprehensive account of the fracture of glass
as well as various fracture surface topography. Contributors
discuss optical fibers, glass containers, and flatglass
fractography. In addition, papers explore fracture origins; the
growth of the original flaws of defects; and macroscopic fracture
patterns from which fracture patterns evolve. This volume is
complete with photographs and schematics.
As the first major reference on glass fractography, contributors to
this volume offer a comprehensive account of the fracture of glass
as well as various fracture surface topography. Contributors
discuss optical fibers, glass containers, and flatglass
fractography. In addition, papers explore fracture origins; the
growth of the original flaws of defects; and macroscopic fracture
patterns from which fracture patterns evolve. This volume is
complete with photographs and schematics.
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