1.
Stress Distribution of Maxillary Embedded Canine Periodontium and Moving Tendency in Conditions of Drawing Forces Regimens
上颌埋伏尖牙在牵引力作用下的位移趋势及牙周应力分析
2.
3-D Finite Element Analysis of Peridental Stress Distribution When Impacted Teeth Are Tracted;
埋伏牙牙周应力分布的三维有限元分析
3.
Stress Distribution in the Dental Surrounding Tissues of the Abutments When the Titled Mandibular Molar as an Attachment Fixed Partial Denture Abutment: A Three-dimensional Finite Element Analysis;
倾斜基牙附着体义齿基牙牙周应力分布的三维有限元分析
4.
Three-dimensional Stress Analysis of the Periodontal Ligaments of Molar Fixed Bridge Abutments under Dynamic Loads by Finite Element Method;
动态载荷下后牙固定桥基牙牙周膜应力的三维有限元法分析
5.
The comparison of the stress distribution in the PDL of the patients with the periodontitis by using the two different appliances
两种矫治技术治疗牙周病患者牙周组织应力的对比分析
6.
3D dimensional definite analysis of stress distribution in periodontal tissue using compound retraction arch in retraction of anterior teeth
复合转矩弓丝在内收前牙时牙周组织应力分布三维有限元分析
7.
Three-Dimensional Stress Analysis of the Periodontal Ligament of Fixed Bridge Abutment under Static and Dynamic Loads by Finite Element Method;
静、动态载荷下固定桥基牙牙周膜应力的三维有限元法分析
8.
Three-dimensional Stress Analysis of the Periodontal Ligaments of Cantilever Fixed Bridge Abutment under Dynamic Loads by Finite Element Method;
动态载荷下单端桥基牙牙周膜应力的三维有限元法分析
9.
It helps to analysize the stress and strain condition of periodontal tissues in order to improve the treatment system.
准确认识牙周膜的弹性模量可以分析牙周组织的应力与应变关系,完善矫治系统。
10.
Initial Stress in the Periodontal Membrane of Maxillary Anterior Teeth with Different Alveolar Bone Height by Retraction: a 3-dimensional Finite Element Analysis;
不同高度牙槽骨的上颌前牙内收时牙周膜初应力的三维有限元分析
11.
Initial Stress in the Periodontal Membrane of Maxillary First Molar with Different Alveolar Bone Height by Intrusion: A 3-dimensional Finite Element Analysis;
不同牙槽高度的上颌第一磨牙压低时牙周膜初应力的三维有限元分析
12.
Finite Element Analysis of Abutment with Periodontal Disease in Fixed Denture;
固定义齿修复中牙周病基牙受力的有限元分析
13.
CONCLUSION: In some scope, the thickness of periodontal membranes of fixed abutments tooth has an influence on the stress distribution of periodontal membranes.
结论:固定桥基牙牙周膜厚度在一定范围内影响牙周膜内的应力分布。
14.
Effect of depth and angle of reverse-curve arch wires on stress distribution of tooth roots and periodontal tissue
摇椅弓角度和弧形深度对牙根和牙周组织应力分布的影响
15.
Study on the Initial Stress Distribution of Maxillary Anterior Dentition and PDL Loaded by the Molar TIP-Back Bend in Different Angles;
不同角度磨牙后倾曲对上颌前牙段牙齿及其牙周膜初始应力分布的研究
16.
Stress Analysis of Bonded-interface Technique on Subsurface Damage Observations of Brittle Porcelains;
牙科陶瓷在应用BIT时的界面应力分析
17.
A Measurement of the Cuspal Inclination in the Maxillary Molars with Cracked Tooth Syndrome and Its Stress Analysis;
上颌隐裂磨牙牙尖斜度的测量研究与应力分析
18.
Stress analysis of maxillary first molar alveolar bone under different orthodontics forces by means of finite element method
不同受力方式下上颌第一磨牙牙槽骨应力分布的有限元分析