Fracture Resistance of Internal Conical and External Hexagon: Regular and Narrow Implant-Abutment Assemblies

Prado Naves Carneiro Thiago de Almeida; Dietrich Lia; Prudente Marcel Santana; da Silva Neto Joao Paulo; do Prado Celio Jesus; de Araujo Cleudmar Amaral; das Neves Flavio Domingues

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Fracture Resistance of Internal Conical and External Hexagon: Regular and Narrow Implant-Abutment Assemblies

机译：内圆锥形和外六角形的耐断裂性：规则和狭窄的种植体-基台组件

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Purpose: The aim of this study was to compare the maximum load on the elastic limit of internal conical (IC) implants with regular external hexagon (REH) and narrow external hexagon (NEH) implants.

机译：目的：本研究的目的是比较具有常规外部六角形（REH）和狭窄外部六角形（NEH）种植体的内部圆锥形（IC）种植体在弹性极限上的最大载荷。

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来源
《Implant dentistry》 |2016年第4期|共5页
作者
Prado Naves Carneiro Thiago de Almeida; Dietrich Lia; Prudente Marcel Santana; da Silva Neto Joao Paulo; do Prado Celio Jesus; de Araujo Cleudmar Amaral; das Neves Flavio Domingues;
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原文格式 PDF
正文语种 eng
中图分类口腔科学;
关键词
dental implants; implant-abutment interface; narrow implants; internal taper;

机译：牙种植体;种植体-基台界面;窄种植体;内部锥度;

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1. Fracture Resistance of Internal Conical and External Hexagon: Regular and Narrow Implant-Abutment Assemblies [J] . Prado Naves Carneiro Thiago de Almeida, Dietrich Lia, Prudente Marcel Santana, Implant dentistry . 2016,第4期

机译：内圆锥形和外六角形的耐断裂性：规则和狭窄的种植体-基台组件
2. Fracture resistance of the implant-abutment connection in implants with internal hex and internal conical connections under oblique compressive loading: an in vitro study. [J] . Coppede AR, Bersani E, de Mattos Mda G The International journal of prosthodontics . 2009,第3期

机译：在倾斜压缩载荷下具有内部六角形和内部圆锥形连接的种植体中种植体-基台连接的断裂阻力：一项体外研究。
3. Internal and Marginal Fit and Fracture Strength of Narrow Diameter Dental Implant-Abutment Assembly [J] . Ruschel George Hebert, Bacchi Ataís, Moris Izabela Cristina Maurício, Brazilian Dental Journal . 2020,第2期

机译：窄直径牙科植入机构组件的内部和边缘配合和断裂强度
4. Finite element analysis on internal hexagonal and internal conical abutment [C] . Saidin Syafiqah, Abdul Kadir Mohammed Rafiq, Sulaiman Eshamsul, Proceedings of 2010 IEEE EMBS Conference on Biomedical Engineering and Sciences . 2010

机译：内六角和内圆锥基台的有限元分析
5. Bacterial Microleakage of Different Sealing Materials in Access Channels of Internal and External Hexagonal Implants. [D] . Davis, Jameson. 2017

机译：内部和外部六角形植入物进入通道中不同密封材料的细菌微渗漏。
6. Implant-abutment leaking of replace conical connection nobel biocare® implant system. An in vitro study of the microbiological penetration from external environment to implant-abutment space [O] . E. EL HADDAD, A.B. GIANNÌ, G.E. MANCINI, 2016

机译：更换锥形连接的诺贝尔biocare®种植体系统的种植体-基台泄漏。从外部环境到种植体-基台空间的微生物渗透的体外研究
7. Biomechanical evaluation of internal and external hexagon platform switched implant-abutment connections: an in vitro laboratory and three-dimensional finite element analysis [O] . Freitas Junior Amilcar Chagas, Rocha Eduardo P., Bonfante Estevam A., 2012

机译：内部和外部六角平台切换的种植体-基台连接的生物力学评估：体外实验室和三维有限元分析
8. Parametric Study of Central Nozzles in Conical Ends Subjected to Internal Pressure and External Loadings [R] . Decock, J. 1986

机译：内压和外载荷作用下圆锥端中心喷嘴的参数研究

Fracture Resistance of Internal Conical and External Hexagon: Regular and Narrow Implant-Abutment Assemblies

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