1.
Formulation and verification of membrane pressure-deflection formula based on similarity transformation theory
基于相似变换理论的膜张力-位移相关公式研究
2.
The Study of Stress Distribution and Displacement of the Mandibular Corpus Distraction Osteogenesis;
下颌骨体部牵张成骨应力分布与位移的研究
3.
Estimation of Stress Intensity Factor Solutions for Cracks in Tubular Joints Based on Crack Opening Displacement;
基于张开位移的管节点裂纹应力强度因子评估
4.
Stress distribution and displacement of transpalatal distraction osteogenesis on a three-dimensional finite element model of the craniofacial complex
上颌复合体横向牵张的应力分布和位移的研究
5.
The effect of stress distribution and displacement by two kinds of different distract directions on mandibu-lar body
2种牵张方向对下颌骨体部牵张成骨应力分布与位移的影响
6.
Treatment of old acromioclavicular dislocation by coracoacromial ligament transposition and tension-band fixation
喙肩韧带移位结合张力带固定治疗陈旧性肩锁关节脱位
7.
If thread is wound unevenly, move winder tension adjust base 3 to the right or left until it is correctly positioned.
绕线时，请左右移动绕线张力杆座3，设定到正确的绕线位置。
8.
Theoretical Study on Thermodynamic Properties of Ionic Crystals and MNR Chemical Shift Tensors of Amino Acids In Crystal state;
离子晶体热力学性质及晶态氨基酸NMR化学位移张量的理论研究
9.
Treating Displaced Patellar Fracture with Longitudinal Incision & Internal Fixation of the Sidelong Anterior Tension-band Wiring
小直切口单纯钢丝张力带内固定治疗移位髌骨骨折
10.
The maximum tension for uncoiling is 0.8kgf/mm2.
最大开卷单位张力0.8Kgf/mm2
11.
The opening displacement V is equal to the thickness contraction W.
张开位移V等于厚度的收缩量W。
12.
In this paper, a simple formula is derived for calculating the dynamic stress intensity factor (DSIF)of three point bending specimen using dynamic crack opening displacement (DCOD).
给出了一种由裂纹的动态张开位移计算三点弯曲试样的动态应力强度因子的简单方法。
13.
The 3-D Finite Element Analysis Study of the Stress Distribution and Displacement of the Maxillary Transversal Distraction Osteogenesis;
上颌骨复合体横向牵张成骨时的应力分布与位移趋势的三维有限元分析研究
14.
Preposed and Left-dislocated Themes in Ailing Zhang s Works;
张爱玲小说中前置主位和左移动主位研究(英文)
15.
Mohm (unit of measure)
(力迁移率单位) 莫姆
16.
compound drift of gravimeter
重力仪混合零点位移
17.
stress functions and displacement functions
应力函数和位移函数
18.
On Elasticity of "Communicator-centered" and "Recipient-centered"
论“传者本位”与“受众本位”的内在张力