복합레진 수복물이 쐐기형 비우식성 치경부 병소의 응력 분포에 미치는 영향에 관한 3차원 유한요소법적 연구

참고문헌 (30)

1. "Attrition, abra-sion, corrosion and abfration revisited - A new per-spective on tooth surface lesions.", 135, pp.1109~1118 (2004)
2. "A new classification of hardtissue lesions of tooth", pp.14~19 (1991)
3. "A review of the Biomechanics of abfraction", pp.139~144 (1993)
4. "Characteristicsof non-carious cervical lesion", 133, pp.725~733 (2002)
5. "The decisionto ignore or restore", (n-carious cervical lesions), pp.55~64 (1992)
6. "Improving cervical restorations: A Review ofMaterials and Techniques", 3, pp.33~44 (2001)
7. "Complete marginalseal of class V resin composite restorations effected byincreased flexibility", pp.1240~1243 (1990)
8. "Marginal integrityrelated to bond strength and strain capacity of compos-ite resin restorative system", pp.658~664 (1990)
9. "Three-year clinical effec-tiveness of four total-etch dentinal adhesive systems incervical lesions", 27, pp.775~784 (1996)
10. "Effect of adhesivelayer properties on stress distribution in compositerestorations-a 3D finite element analysis", 18, pp.295~303 (2002)
11. "Factors associat-ed with clinical success of cervical abrasion", erosionrestorations., 1995, pp.20, 7~13
12. "Anassessment of stress analyses in the theory of abfrac-tion", 14, pp.311~321 (2004)
13. "The role of cuspal flexure in the developmentof abfraction lesions: a finite element study", 106, pp.1028~1032 (1998)
14. "Finite ele-ment analysis of the possible mechanism of cervicallesion formation by occlusal force", 30, pp.60~67 (2003)
15. "Undermining of enamel as amechanism of abfraction lesion formation: a finite ele-ment study", 112, pp.347~352 (2004)
16. "Finite element stressanalysis of class V composite resin restoration subject-ed to cavity forms and placement methods", 25(1), pp.91~108 (2000)
17. "Finiteelement analysis of stress distribution according tocavity design of class V composite resin filling", 25(1), pp.67~74 (1999)
18. "Textbook of ClinicalPeriodontology", Munksgaard
19. "Stressanalysis of the human tooth using a three-dimensionalfinite element model", pp.82~86 (1983), Rubin C
20. "Stress analysis of a bulk-filled class V light-cured composite restoration", pp.1470~1477 (1994)
21. "Abfraction: 3D analysis bymeans of the finite element method", 34(7), pp.526~533 (2003)
22. "Thermo-debonding mechanisms indentin bonding systems using finite element analysis.", 22(2), pp.113~123 (2001)
23. "Polymerization shrinkageand contraction stress of dental resin composite" (2005), DentMater article in press
24. "Effect of restored and unrestored non-cariouscervical lesions on the fracture resistance of previouslyrestored maxillary premolar teeth.", 26, pp.427~433 (1998)
25. "Biomechanics of cervical tooth structure lesions andtheir restoration", 31(4), pp.267~273 (2000)
26. "Restoration of abfracted lesions", pp.1396~1400 (1994)
27. "Finite element analysisof strength characteristics of various resin basedrestorative material in Class V cavities", 30, pp.630~641 (2003)
28. "Retentionof microfilled and hybrid resin-based composite in non-carious class 5 lesions: A double-blind, randomizedclinical trial", 24, pp.26~30 (1999)
29. "Dental ＂erosion＂revisited.", 126, pp.619~630 (1995)
30. "Stress-induced cervical lesions:Review of advances in the past 10 years", 75, pp.487~494 (1996)

관련 논문AI추천