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| 0869 | Fracture Toughness of Dental Porcelains
P.F. CESAR1, H.N. YOSHIMURA2, W.G. MIRANDA JR1, H. GOLDENSTEIN1, C.Y. OKADA1, and C.C. GONZAGA1, 1 University of São Paulo, Brazil, 2 Institute of Technology Research of São Paulo, Brazil |
| 0870 | Fracture Toughness and Flexural Strength of Dental Porcelains
C.A. MITCHELL, Y.F. MANSOUR, C.P. O'REILLY, and J.L. GEARY, Queen's University, Belfast, United Kingdom |
| 0871 | Fracture Toughness of Four Titanium Porcelains
R. CARLSSON1, B. FONDELL2, M. ERIKSSON1, and M. SIERRAALTA3, 1 Svenska Keraminstitutet, Goteborg, Sweden, 2 NobelBiocare, Goteborg, Sweden, 3 University of Michigan, School of Dentistry, Ann Arbor, USA |
| 0872 | Fracture Strength and Weibull Evaluation of the Cerec® Endocrowns and Post-and-core-supported Conventional Cerec® Crowns
W. DEESRI1, K.-H. KUNZELMANN2, N. ILIE2, and R. HICKEL3, 1 Khon Kaen University, Thailand, 2 Dental school of the LMU, Munich, Germany, Germany, 3 Dental School of LMU, Munich, Germany |
| 0873 | Vickers' Hardness of Reinforced Ceramics and Modes of Fracture Under Load
C. ARTUNÇ1, M. ÖZCAN2, M. DÜNDAR1, E. ÇÖMLEKOGLU1, and M.A. GÜNGÖR1, 1 Ege Universitesi, Izmir, Turkey, 2 University of Groningen |
| 0874 | Flexural Strength of Two All-ceramic Systems for Fixed Prosthodontics
E. MIYASHITA, M.A.J. ARAÚJO, A.H.D.M. DIAS, M.A. BOTTINO, E. HILGERT, and E.E. ALMEIDA, Paulista State University, São José dos Campos, Brazil |
| 0875 | Flexural Strength of All Ceramics Layered with Paste Porcelain
T. SATO1, K. TSUCHIHIRA1, H. MIURA1, and K. IKUSHIMA2, 1 Tokyo Medical & Dental University, Japan, 2 GC Corporation, Tokyo, Japan |
| 0876 | Fracture Strength of Bilayered Zirconia/Porcelain Disk under Biaxial Loading
H.-H. LEE1, I.-H. CHO1, K.C. SONG2, S.-C. OH3, and J.-K. DONG3, 1 Dankook University, Cheonan, South Korea, 2 Konyang University, Nonsan, South Korea, 3 Wonkwang University, Iksan, South Korea |
| 0877 | The Influence of Alumina Abrasion and Cement Lute on the Strength of Dentin Porcelain
H.S. JANDU, University of Birmingham, United Kingdom, and G.J. FLEMING, Birminghan University, Birmingham, United Kingdom |
| 0878 | Influence of Sandblasting, Grinding, Polishing, and Heat Treatment on the Flexural Strength of an Alumina-reinforced Glass-infiltrated Dental Ceramic
M. GUAZZATO, M. ALBAKRY, and M. SWAIN, University of Sydney, Eveleigh, Australia |
| 0879 | Effects of Sandblasting, Grinding, and Polishing on the Flexural Strength of Two Pressable All-ceramic Dental Materials
M. ALBAKRY, M. GUAZZATO, and M. SWAIN, University of Sydney, Australia |
| 0880 | Manufacture of Paste Opaque Porcelains Using Glycols as a Solvent and Evaluation of Their Physical Properties
K.M. KIM, S.-H. KIM, Y.-K. LEE, and K.-N. KIM, Yonsei University, Seoul, South Korea |
| 0881 | Hardness and Elastic Modulus of Leucite Particle and Glass Matrix in Dental Porcelain
H.-H. LEE, Dankook University, Cheonan, South Korea, and Y.-H. SONG, Wonkwang University, Iksan, South Korea |
| 0882 | Comparison of the Wet and Dry Fatigue Properties of All-ceramic Crowns
L. CORRER SOBRINHO1, J.C. KNOWLES2, M.A.C. SINHORETI1, S. CONSANI1, and R.V. REGES1, 1 Piracicaba Dental School - Unicamp, Brazil, 2 Eastman Dental Institute - University of London, United Kingdom |
| 0883 | Mechanical Property Characterization of Novel Directly Placed Ceramic Restorative Material
J. GEIRSSON, S.C. BAYNE, E.J. SWIFT JR., and J.Y. THOMPSON, UNC Chapel Hill, NC, USA |
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