Modeling zirconia sintering trajectory for obtaining translucent submicronic ceramics for dental implant applications

Charles Manière; Geuntak Lee; Joanna Mckittrick; Shirley Chan; Eugene A. Olevsky

doi:10.1016/j.actamat.2020.01.061

Journal articles

Modeling zirconia sintering trajectory for obtaining translucent submicronic ceramics for dental implant applications

Charles Manière ¹ Geuntak Lee ¹ Joanna Mckittrick ² Shirley Chan ¹ Eugene A. Olevsky ¹

1 SDSU - San Diego State University

2 UCSD - Department of Mechanical and Aerospace Engineering [La Jolla]

Abstract : Attaining high densification without grain growth is one of the main objectives of the sintering optimization in ceramic materials. For dental implant applications, achieving this objective has a decisive impact on the mechanical resistance, the duration and the translucency of the implant. To improve these sintering outcomes a long experimental

Keywords : Modeling Sintering Trajectory Translucent Dental Implant Two Step Sintering Zirconia

Document type :

Journal articles

Domain :

Chemical Sciences / Material chemistry

Engineering Sciences [physics] / Mechanics [physics.med-ph] / Mechanics of materials [physics.class-ph]

Engineering Sciences [physics] / Chemical and Process Engineering

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Submitted on : Friday, November 20, 2020 - 8:30:52 PM
Last modification on : Thursday, November 18, 2021 - 5:56:07 PM

Modeling zirconia sintering trajectory for obtaining translucent submicronic ceramics for dental implant applications

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Modeling zirconia sintering trajectory for obtaining translucent submicronic ceramics for dental implant applications

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