Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism

The aim of study is to highlights the biomechanical behaviour of three dental materials during loading related to bruxism. It was created a finite element model of mandibular canin. The modelling was performed in Rhinoceros, AutoCad and the finite element analysis was performed in COSMOSWorks 2010....

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Main Authors:	Eugen Balacel, St. Lacatusu, C. Topoliceanu, I. Balacel, G. Iovan, A. Ghiorghe
Format:	Article
Language:	English
Published:	Romanian Society of Oral Rehabilitation 2011-11-01
Series:	Romanian Journal of Oral Rehabilitation
Subjects:	bruxism composite resins dental amalgam fea glassionomer cements
Online Access:	http://www.rjor.ro/matemathics-model-analysis-of-biomechanical-behaviour-of-three-dental-materials-to-loading-related-to-bruxism/?lang=ro

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spelling	doaj-feb9836e17864f59802116603a3e99b62020-11-24T21:47:58ZengRomanian Society of Oral RehabilitationRomanian Journal of Oral Rehabilitation2066-70002601-46612011-11-01333236Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to BruxismEugen Balacel0St. Lacatusu1C. Topoliceanu2I. Balacel3G. Iovan4A. Ghiorghe5PhD Student, Dept. Odontology, Faculty Med. Dent., "Gr. T. Popa" U.M.Ph Iasi, RomaniaProf., Dept. Odontology, Faculty Med. Dent., "Gr. T. Popa" U.M.Ph Iasi, RomaniaAssist, Dept. Odontology, Faculty Med. Dent., "Gr. T. Popa" U.M.Ph Iasi, RomaniaPhD Student, Dept. Odontology, Faculty Med. Dent., "Gr. T. Popa" U.M.Ph Iasi, RomaniaAssoc. Prof. University of Medicine and Pharmacy "Gr. T. Popa" Iasi, RomaniaLecturer, Dept. Odontology, Faculty Med. Dent., "Gr. T. Popa" U.M.Ph Iasi, RomaniaThe aim of study is to highlights the biomechanical behaviour of three dental materials during loading related to bruxism. It was created a finite element model of mandibular canin. The modelling was performed in Rhinoceros, AutoCad and the finite element analysis was performed in COSMOSWorks 2010. Occlusal loading was applied vertical and had a value of 1000N. The analysed cervical restorations were performed by dental amalgam, composite resins and glassionomer cements. The results confirm clinical observations related to the correlations between maximal occlusal forces to incisal margin of canin and maximal tensions to the level of cervical restorations.http://www.rjor.ro/matemathics-model-analysis-of-biomechanical-behaviour-of-three-dental-materials-to-loading-related-to-bruxism/?lang=robruxismcomposite resinsdental amalgamfeaglassionomer cements
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Eugen Balacel St. Lacatusu C. Topoliceanu I. Balacel G. Iovan A. Ghiorghe
spellingShingle	Eugen Balacel St. Lacatusu C. Topoliceanu I. Balacel G. Iovan A. Ghiorghe Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism Romanian Journal of Oral Rehabilitation bruxism composite resins dental amalgam fea glassionomer cements
author_facet	Eugen Balacel St. Lacatusu C. Topoliceanu I. Balacel G. Iovan A. Ghiorghe
author_sort	Eugen Balacel
title	Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism
title_short	Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism
title_full	Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism
title_fullStr	Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism
title_full_unstemmed	Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism
title_sort	matemathics model analysis of biomechanical behaviour of three dental materials to loading related to bruxism
publisher	Romanian Society of Oral Rehabilitation
series	Romanian Journal of Oral Rehabilitation
issn	2066-7000 2601-4661
publishDate	2011-11-01
description	The aim of study is to highlights the biomechanical behaviour of three dental materials during loading related to bruxism. It was created a finite element model of mandibular canin. The modelling was performed in Rhinoceros, AutoCad and the finite element analysis was performed in COSMOSWorks 2010. Occlusal loading was applied vertical and had a value of 1000N. The analysed cervical restorations were performed by dental amalgam, composite resins and glassionomer cements. The results confirm clinical observations related to the correlations between maximal occlusal forces to incisal margin of canin and maximal tensions to the level of cervical restorations.
topic	bruxism composite resins dental amalgam fea glassionomer cements
url	http://www.rjor.ro/matemathics-model-analysis-of-biomechanical-behaviour-of-three-dental-materials-to-loading-related-to-bruxism/?lang=ro
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Matemathics Model Analysis of Biomechanical Behaviour of Three Dental Materials to Loading Related to Bruxism

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