Fracture resistance and failure mode of mandibular molar restored by occlusal veneer: Effect of material type and dental bonding surface

W Al-Zordk, A Saudi, A Abdelkader, M Taher, M Ghazy - Materials, 2021 - mdpi.com
This study assesses the effect of the material type (lithium disilicate, zirconia, and polymer-
infiltrated ceramic) and dental bonding substrates (dentin, dentin with intra-coronal cavity …

Influence of dental bonding surface and bonding methods on marginal adaptation of occlusal veneer after thermal aging

L Dawood, W Al-Zordk - Egyptian Dental Journal, 2021 - edj.journals.ekb.eg
Objectives: The aim of this study was to evaluate the influence of different dental bonding
substrates and bonding methods on the marginal quality in mandibular molars restored …

Resistencia compresiva en carillas oclusales en disilicato de litio y en cerámica de matriz de resina con distintos espesores

GJH Lara, YDH Solarte… - Journal Odontológico …, 2022 - revistas.unicoc.edu.co
Objetivo: Determinar la fuerza compresiva de las carillas oclusales en disilicato de litio y en
cerámica de matriz de resina según el espesor de las restauraciones.. Métodos: Para la …

Fracture Resistance and Failure Mode of Occlusal Veneer Restorations: Effect of Material Type and Bonded Substrate

AE Saudi, W Al-Zordk, MH Ghazy - journals.ekb.eg
Purpose: To assess the effect of material type and bonded substrate on fracture resistance
and failure mode of occlusal veneer restorations. Materials and Methods: 90 natural …

[PDF][PDF] FACULTÉ DE CHIRURGIE DENTAIRE

D VASSEUR - 2000 - pepite-depot.univ-lille.fr
UNIVERSITÉ DE LILLE FACULTÉ DE CHIRURGIE DENTAIRE Page 1 UNIVERSITÉ DE LILLE
FACULTÉ DE CHIRURGIE DENTAIRE [Année de soutenance : 2024] N: THÈSE POUR LE …

[引用][C] Resistencia compresiva en carillas oclusales de diferente espesor en disilicato de litio y en cerámica de matriz de resina

YD Herrera Solarte, GJ Herrera Lara - 2021 - Unicoc