Alveolar bone height of the maxillary canine different biomechanical effects analysis

Abstract

Related Dissertations

1. Simulation Analysis on Temperature Stress of RCC Arch Dam and Its Construction Joints Design Research,TV642.2
2. Development of the Femoral Head Replacement Prosthesis,R318.6
3. Reaserch on Corrective Surgery Program of Pectus Excavatum Based on NUSS Procedure,R655
4. Three-dimensional Finite Element Analysis of Rapid Canine Tooth Movement in Periodontal Ligament Distraction,R783.5
5. Badminton Skill Lob Shot to Kill Biomechanical Analysis of Consistency,G847
6. Study on the Settlement Law of Ground Surface Due to Tunnel Construction with Sheild on Shenyang Metro Line 1,U455.43
7. The Biomechanical Analusis of Three-Unit Postetior All-Ceramic Fixed Partial Dentures with Different Materials,R783.1
8. Three-dimensional Finite Element Study on Rigid Internal Fixation of Mandibular Bilater Sagittal Split Ramus Osteotomy with Bone Fracture Plates of Different Materials,R782.4
9. A Dynamic Finite Element Analysis of Stress Distribution in the Supporting Bone of Mandibular Molar Fixed Bridge Abutment,R783
10. Basketball players turn movements Biomechanical analysis,G841
11. Table tennis backhand inside twists Biomechanical analysis,G846
12. With lower traffic loads gravel asphalt pavement cracking and fatigue life analysis,U416.217
13. Study on the Construction Technology of Shield Launching Shaft of Urban Metro in Narrow Field,U231.3
14. Diagnosis and Orthodontic Treatment of Maxilla Impacted Teeth,R783.5
15. Study of Forward Response of Array Lateral Logging,P631.84
16. The Treatment of Impacted Maxillary Canine,R783.5
17. Establishment of Three-dimensional Finite Element Model of Human Femur and Preliminary Biomechanical Analysis and Clinical Meaning,R318.01
18. The Effects of Insulin Therapy on Fracture Healing and Expression of VEGF in Experimental Diabetic Rats,R683
19. A Dynamic Finite Element Analysis of Stress Distribution in the Supporting Bone of Mandibular Cantilever Fixed Bridge Abutment,R783
20. Establishment of a Three-dimensional Finite Element Model of Calcaneus and Its Biomechanical Analysis,R687.3