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Mechanical properties of engineering ceramics are discussed in terms of general concepts, differences in behavior between ceramics and metals, long-term durability under stress, and the conceivable strength of future ceramics. For use as structural components, engineering ceramics have the advantage of high temperature durability and the disadvantage of brittleness. Efforts to accumulate reliable data and to develop strong ceramics have been quite successful. The future of engineering ceramics is bright.
Mechanical properties of engineering ceramics are discussed in terms of general concepts, differences in behavior between ceramics and metals, long-term durability under stress, and the conceivable strength of future ceramics. For use as structural components, engineering ceramics have the advantage of high temperature durability and the disadvantage of brittleness. Efforts to accumulate reliable data and to develop strong ceramics have been quite successful. The future of engineering ceramics is bright.
Mechanical properties of engineering ceramics
Mechanische Eigenschaften von Baukeramiken
Abe, H. (author)
American Ceramic Society Bulletin ; 64 ; 1594-1596
1985
3 Seiten, 7 Bilder, 13 Quellen
Article (Journal)
English
MECHANISCHE EIGENSCHAFT , KERAMIK , LANGZEITVERHALTEN , METALLE , HOCHTEMPERATURTECHNIK , SPROEDIGKEIT , FUTUROLOGIE , SILICIUMNITRID , MATERIALBRUCH , BRUCHFESTIGKEIT , ZUVERLAESSIGKEIT , SINTERKERAMIK , WERKSTOFFPRUEFUNG , MATERIALFORSCHUNG , RISS , BRUCHMECHANIK , MECHANISCHE SPANNUNG , VERFAHRENSTECHNIK , MECHANISCHE BEANSPRUCHUNG
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