APA 6th Edition Borčić, J., Antonić, R., Muhvić Urek, M., Petričević, N., Nola-Fuchs, P., Čatić, A. i Smojver, I. (2007). 3-D Stress Analysis in First Maxillary Premolar. Collegium antropologicum, 31 (4), 1025-1029. Preuzeto s https://hrcak.srce.hr/26932
MLA 8th Edition Borčić, Josipa, et al. "3-D Stress Analysis in First Maxillary Premolar." Collegium antropologicum, vol. 31, br. 4, 2007, str. 1025-1029. https://hrcak.srce.hr/26932. Citirano 29.07.2021.
Chicago 17th Edition Borčić, Josipa, Robert Antonić, Miranda Muhvić Urek, Nikola Petričević, Petra Nola-Fuchs, Amir Čatić i Ivica Smojver. "3-D Stress Analysis in First Maxillary Premolar." Collegium antropologicum 31, br. 4 (2007): 1025-1029. https://hrcak.srce.hr/26932
Harvard Borčić, J., et al. (2007). '3-D Stress Analysis in First Maxillary Premolar', Collegium antropologicum, 31(4), str. 1025-1029. Preuzeto s: https://hrcak.srce.hr/26932 (Datum pristupa: 29.07.2021.)
Vancouver Borčić J, Antonić R, Muhvić Urek M, Petričević N, Nola-Fuchs P, Čatić A i sur. 3-D Stress Analysis in First Maxillary Premolar. Collegium antropologicum [Internet]. 2007 [pristupljeno 29.07.2021.];31(4):1025-1029. Dostupno na: https://hrcak.srce.hr/26932
IEEE J. Borčić, et al., "3-D Stress Analysis in First Maxillary Premolar", Collegium antropologicum, vol.31, br. 4, str. 1025-1029, 2007. [Online]. Dostupno na: https://hrcak.srce.hr/26932. [Citirano: 29.07.2021.]
Sažetak The aim of this study was to investigate the stress distribution in a 3-D model of two-rooted tooth (first maxillary premolar)
under two different occlusal force vectors by using finite element analysis. In the first model overall force of 200 N
was divided into three vectors (cusp to fossa occlusion), and in the second model overall force was divided into 4 vectors
(cusp to fossa and cusp to marginal ridge occlusion). The greatest compressive stress was found at the dentino- enamel
junction in the cervical area of the both models (about –200 MPa). The greatest tensile stress was found at the vestibular
aspect of buccal cusp in second model (about +3 MPa) and in the central fossa of the both models (about +28 MPa). Results
indicate that in the both types of occlusal loadings the stress distribution was mainly compression and compressive
forces were predominant over tensile stresses. In the second model with 4 vectors, stresses generated in the tooth structure
were higher compared to the stresses generated in the first model with 3 vectors.