Comparative analysis of the strength of restoration polymers of light polymerization for dental restoration using the acoustic emission method: part one
DOI:
https://doi.org/10.33295/1992-576X-2021-3-26Keywords:
polymer composites, strength, acoustic emission methodAbstract
Purpose. Comparative analysis of the strength of hybrid restoration composites of light polymerization during their local loading using the phenomenon of acoustic emission. The following restoration composites were studied: Latelux, Tetric N-Ceram, Charisma Classic.
Results. It was determined that the nature of the destruction of all composites is the same: elastic-plastic at the initial stage of the load with a transition to brittle as its further growth. Three types of composite failure are observed: correct, incorrect and mixed. The first predominated during fracture under the action of local loading of the Latelux composite, for Tetric N-Ceram and Charisma Classic materials a mixed type of fracture is characteristic.
Conclusions. Analysis of the parameters of the AE signals showed that the signals had the highest amplitude and energy when the Tetric N-Ceram composite was destroyed, and the lowest – Latelux. All dental composites are dominated by high-energy ductile-brittle and brittle fracture, which indicates the spread of micro- and macrocracks of various sizes in materials.
Key words: polymer composites, strength, acoustic emission method.
References
Moskalenko AM. Efektyvnist zastosuvannia plombuvalnykh materialiv riznykh klasiv dlia restavratsii bichnykh zubiv // Profilaktychna ta dytiacha stomatolohiia. –
– № 2 (9). – P. 40–44 (Ukrainian)
Yadav R, Kumar M. Dental restorative composite materials: A review // Journal of Oral Biosciences. – 2019. – 61. – P. 78–83.
Nidzelskyi MYa, Korotetska-Zinkevych VL. Stomatolohichni kompozytni materialy, yikh vlastyvosti ta zastosuvannia // VISNYK VDNZU «Ukrainska medychna stomatolohichna
akademiia». – 2012. – T. 12, Vyp. 4 (40). – P. 222–224 (Ukrainian)
Dental composites – a versatile restorative material: A review / R.K. Ravi, R.K. Alla, M. Shammas, A. Devarhubli // Indian Journal of Dental Sciences. – 2013. –
(5). – P. 111–115.
Development and status of resin composite as dental restorative materials / X. Zhou, X. Huang, M. Li, X. Peng, S. Wang, X. Zhou, L. Cheng // Journal of Applied
Polymer Science. – 2019. doi: 10.1002/APP.48180.
Riva YR, Rachman SF. Dental composite resin: A review // AIP Conference Proceedings. – 2019. – 2193 (1). – Id. 020011.
Nazarchuk Z., Skalskyi V., Serhiyenko O. Acoustic emission. Methodology and Application. Springer International Publishing AG. – 2017. – XIV, 283 p.
Kim K-H, Park J-H. Fracture toughness and acoustic emission behavior of dental composite resins // Engineering Fracture Mechanics. – 1991. – 40 (415). – P. 811–819.
Kim K-H, Park J-H, Imai Y, Kishi T. Fracture behavior of dental composite resin // Boi-Medical Materials and Engineering. – 1991. – 1 (1). – P. 45–57.
Ereifej NS, Oweis YG, Altarawneh SK. Fracture of fiber-reinforced composites analyzed via acoustic emission // Dental Materials Journal. – 2015. – 34 (4). – P. 417–424.
A novel dentin bond strength measurement technique using a composite disk diametral compression / S.-H. Huang, L.-S. Lin, J. Rudney, R. Jones, C. Aparicio,
C.-P. Lin, A. Fok // Acta Biomaterialia. – 2012. – 8. – P. 1597–1602.
Dentin-composite bond strength measurement using the Brazilian Disk Test / C.A. Carrera, Y.-C. Chen, Y. Li, J. Rudney, C. Aparicio, A. Fok // Journal of Dentistry.
– 2016. – 52. – P. 37–44.
Park J-H, Gu J-U, Choi N-S. Acoustic emission characteristics of methacrylate-based composite and silorane-based composite during dental restoration according
to a variety of C-factor // Journal of Mechanical Science and Technology. – 2017. – 31 (9). – P. 4067–4072.
Cho NY, Ferracane JL, Lee IB. Acoustic emission analysis of tooth-composite interfacial debonding // Journal of Dental Research. – 2013. – 92 (1). – P. 76–81.
Cho NY. Time domain analysis of de-bonding of composite – tooth interface using acoustic emission // 24th American Dental Research & Future Dentistry & 3rd
Annual Meeting on Pedodontics and Geriatric Dentistry. – 2018. – 8. – P. 60.
Effect of different composite modulation protocols on the conversion and polymerization stress profile of bulk-filled resin restorations / M.C.G. Erhardt,
M. Goulart, R.C. Jacques, J.A. Rodrigues, C.S. Pfeifer // Dental Materials. – 2020. – 36 (7). – P. 829–837.
Latelux (Лателюкс) Системный комплект. – URL: http://www.latus.com. ua/ru/products/plombirovochnye-materialy/latelux-syst.html (дата звернення 16.06.2020).
Ivoclar Vivadent. Tetric N-Ceram. Efficient restoration of anterior and posterior teeth. – URL: https://highlights.ivoclarvivadent.com/dentist/en-asian/tetric-nceram
(дата звернення 17.06.2020).
Kulzer. Charisma Classic. – URL: https://www.kulzer.com/int2/int/den tist/products_from_a_to_z/charisma_1/charisma_classic.aspx (дата звернення 17.06.2020).
Metod akustychnoi emisii v doslidzhenni stomatolohichnykh polimeriv / V.R. Skalskyi, V.F. Makieiev, O.M. Stankevych ta in. – Lviv: Kvart, 2015. – 150 s.
Nazarchuk ZT. Akustyko-emisiine diahnostuvannia elementiv konstruktsii, u 3 t. T. 3: Zasoby ta zastosuvannia metodu akustychnoi emisii / Z.T. Nazarchuk,
V.R. Skalskyi. – K.: Naukova dumka, 2009. – 328 s.
Stankevych O, Skalsky V. Investigation and identification of fracture types of structural materials by means of acoustic emission analysis // Engineering Fracture
Mechanics. – 2016. – 164. – P. 24–34.