1)stress distribution of root牙根应力分布
英文短句/例句
1.Effects of Root Morphology on Stress Distribution at the Root Apex During Orthodontic Treatment正畸中牙根形态对牙根应力分布的影响
2.Three-dimensional-finite-element Analysis of Fiber Post on Dentinal Stress Distribution of the Root of Maxillary Central Incisors;纤维桩对上颌中切牙牙根应力分布影响的三维有限元分析
3.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
4.Three-Dimensional Finite Element Analysis of Ferrule and Various Material of Post and Core in Anterior Teeth Residual Root;箍结构及桩核材料对前牙残根应力分布影响的三维有限元分析
5.3-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
6.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
7.Comparison of Stress Distributions in Tooth after Root Canal Preparation with Three Different Instruments and Repair with Different Root Canal Post-core;三种根管预备方法和不同固位钉修复对牙体组织应力分布影响的三维有限元分析
8.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
9.Initial Stress Produced in the Periodontal Tissue by Orthodontic Forces on Different Levels in the Presence of Varying Loss of Alveolar Bone: A Three-dimensional Finite Element Analysis;不同加力高度对伴有牙槽骨丧失的上颌中切牙的应力分布研究
10.Analyze the Influence of Elastic Modulus of Posts on Root's Stress Distribution by PSA桩核弹性模量对牙根应力影响的光弹分析
11.Initial Stress in the Periodontal Membrane of Lower Incisor with Different Alveolar Bone Height by Vertical Intrusion: A 3-Dimensional Finite Element Analysis;不同牙槽高度的下前牙压低时应力分布的有限元分析
12.3D 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
13.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
14.Study of the Stress Distribution in the TMJ during Clenching with the Three-dimensional Finite Element Method;牙尖交错位紧咬牙时颞下颌关节应力分布的三维有限元研究
15.A Study on the Stress Distributive Patterns at the Bone Interface Around Artificial Dental Implants;人工种植牙—骨界面应力分布规律的研究
16.Results They brought the results of the uniform stresses in the molar and controlled the translatory movement.在加力点处，牙体颈缘处及根分叉区应力比较集中。
17.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。
18.Analytical Model of Probability Distribution of the Maximum Stress at Notch Root缺口根部最大应力的概率分布分析模型
相关短句/例句
stress of screw thread tooth base螺纹牙根应力
3)Dental stress analysis牙应力分析
4)Stress Distribution应力分布
1.Deformation model and stress distribution of continuous extrusion process;连续挤压变形力学模型与接触应力分布规律
2.Application of homogenization method on the analysis of micro-stress distribution in non-continuous carbon nanotube reinforced composites;均质化法在分析非连续碳纳米管增强复合材料微观应力分布规律中的应用
3.Electromagnetic radiation laws of the stress distribution in working face;回采工作面应力分布的电磁辐射规律
5)distribution of stress应力分布
6)stress distributing应力分布
1.By means of finite element method, we analyze the stress distributing and fatigue state of tube mill hollow shaft of some factory applied self-produce FE soft ANSYS, provide the bases for estimating working circumstance of tube mill of running state.利用有限元分析方法,应用自制的有限元软件ANSYS程序,对某厂管磨机出料中空轴的应力分布及疲劳状态进行分析研究,从而为判断运行状态中管磨机的工况提供依据。
2.The stress distributing on the tube surface was measured.利用光学显微镜和扫描电镜对7075-T6铝合金管材破裂断口特征及其覆盖物进行了分析;测试了管材表面的应力分布。
延伸阅读
攻螺纹、套螺纹及其注意事项常用的在角螺纹工件，其螺纹除采用机械加工外，还可以用钳加工方法中的攻螺纹和套螺纹来获得。攻螺纹（亦称攻丝）是用丝锥在工件内圆柱面上加工出内螺纹；套螺纹（或称套丝、套扣）是用板牙在圆柱杆上加工外螺纹。 一、攻螺纹 1.丝锥及铰扛 （1）丝锥 丝锥是用来加工较小直径内螺纹的成形刀具，一般选用合金工具钢9SiGr制成，并经热处理制成。通常M6～M24的丝锥一套为两支，称头锥、二锥；M6以下及M24以上一套有三支、即头锥、二锥和三锥。 每个丝锥都有工作部分和柄部组成。工作部分是由切削部分和校准部分组成。轴向有几条（一般是三条或四条）容屑槽，相应地形成几瓣刀刃（切削刃）和前角。切削部分（即不完整的牙齿部分）是切削螺纹的重要部分，常磨成圆锥形，以便使切削负荷分配在几个刀齿上。头锥的锥角小些，有5～7个牙；二锥的锥角大些，有3～4个牙。校准部分具有完整的牙齿，用于修光螺纹和引导丝锥沿轴向运动。柄部有方头，其作用是与铰扛相配合并传递扭矩。 （2）铰扛 铰扛是用来夹持丝锥的工具，常用的是可调式铰扛。旋转手柄即可调节方孔的大小，以便夹持不同尺寸的丝锥。铰扛长度应根据丝锥尺寸大小进行选择，以便控制攻螺纹时的扭矩，防止丝锥因施力不当而扭断。 2.攻螺纹前钻底孔直径和深度的确定以及孔口的倒角 （1）底孔直径的确定
