Ceramic nanocomposites were found to show two to five times high fracture toughness and strength atroom temperature than those of monolithic materials. The hardness, strength and thermal shock fracture resistance were also strongly improved for these composites. The researching state of fabrication process, structure and mechanical proporties of nanocomposites were reviewed.
[1] F. F. lange.J.Mater. Set..17.225-262(1982)
[2] A. 1lakahtra et al..J.Jpn. Soc. Powder and Powder Metall.38.361~364(1991)
[3] A. Nakabira et al..J.Ceramic Soc of Jpn. 100(4).448-453(1992)
[4] L.C.Steamy. J. Eur. Ceramtc Soc..Dec. 1992
[5] K. Osami et al..Fantatoyobi Funmatsn Yakin 38(3)315~321(1991)
[6] H. Takade. et al..J.Jpn. Soc. Powder and Powder Metall 38.348~351(1991)
[7] K. Jcaki et al..ibid 38.3;7-360(1991)
[8] K. Nithara et al..ibid 36.243-217(1989)
[9] G. Sasaki et al..J.Ceramic Soc. of Jpn. 100(4)535~540(1992)
[10] K. Suganurna et al..J.Jpn Soc. Powder and Powder Metalll 38. 374~377(1991)
[11] K. Nubara ct al..Seramikkuw. 26.598-601(1986)
[12] A. G. Evans, et al..“'Fracture Mechanics of Ceramics" Vol5. Ed. by R.C.Bradt..Plenum.NY(1983)P423-448