Mechanical Properties of Zirconia/Alumina Nano-Composite after Soaking in Various Water-Based Conditions
p.1219
p.1219
Environmental Phase Stability of Next Generation Ceramic Composite for Hip Prostheses
p.1223
p.1223
Phase Stability and Residual Stress Field in Nano-Structured 3Y-TZP
p.1227
p.1227
Effect of Dopant on Phase Stability of Zirconia in Hot Water
p.1231
p.1231
The Characteristics of the New Ceramic Material for Artificial Joints
p.1235
p.1235
Influence of Complex Frictional Heating and Mechanical Stress Effect for Surface Crystalline Structure Change of Zirconia Femoral Head
p.1239
p.1239
Phase Stability of Zirconia Toughened Alumina Composite for Artificial Joints
p.1243
p.1243
Investigations of an Alumina Ceramic with Zirconia Gradient for the Application as Load Bearing Implant for Joint Prostheses
p.1247
p.1247
Statistical Analysis of Surface and Sub-Surface Residual Stress Fields in Retrieved Alumina Femoral Heads after Long-Term Implantation
p.1251
p.1251
The Characteristics of the New Ceramic Material for Artificial Joints
Abstract:
A new zirconia-toughened alumina ceramic (JMM-ZTA) for a ceramic-on-ceramic hip replacement has been developed. The JMM-ZTA has a fracture toughness superior to zirconia, and the JMM-ZTA/JMM-ZTA combination has superior wear-resistant performance to alumina/alumina. Moreover, the JMM-ZTA shows an excellent crystalline phase stability. Therefore, the JMM-ZTA is believed to be useful for artificial hip prostheses.
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Periodical:
Key Engineering Materials (Volumes 309-311)
Pages:
1235-1238
Citation:
Online since:
May 2006
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Сopyright:
© 2006 Trans Tech Publications Ltd. All Rights Reserved
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