1.
Static and Dynamic Analyses of Dual Systems of Concentrically Chevron Braced Frames;
框架—人字形中心支撑双重抗侧力体系的静力和动力分析
2.
Experimental Research and Nonlinear Analysis on the Lateral Resistant System of Steel Residential Building;
钢结构住宅抗侧力体系试验研究与非线性分析
3.
Interaction between Simple Modeling of Two Shear-flexural Structures under Horizontal and Vertical Loads;
简单模型弯剪型抗侧力体系的相互作用
4.
Biomechanics and Potential Bilateral Orthodontic Anchorage Capacity of Bicortical Microimplant for Tooth Movement;
微型双皮质双侧支抗种植体在牙齿移动中的支抗作用与生物力学分析
5.
Finite Element Analysis of Dynamic Characteristics and Checking of Lateral Stiffness of Lattice Light-Gauge Joist Steel System
格构轻钢龙骨体系动力特性有限元分析及抗侧力刚度验算
6.
Research on Deformation Property of High-rise Building Considering Synergism of Lateral Force-resistant;
考虑抗侧力体系协同作用的高层建筑结构变形特性研究
7.
Bending Experiment and Finite Element Smulation on Prestressed CFRP Sheet on both Two Sides of Strengthened RC T-Beam
双侧体外锚固预应力碳纤维片材加固混凝土T梁抗弯试验及有限元仿真分析
8.
Staic,Aseismic,and Wind-Resistant Analysis of the Double-Tower-Connected Structures;
双塔连体结构的静力、抗震和抗风分析
9.
dual coating system
双重浸胶体系,双涂层体系
10.
The Dual Contradiction between Social Productive Force,Individual Productive Force and Production Relation;
论总体生产力、个体生产力与生产关系的双重矛盾运动
11.
Biomechanical changes following vertebroplasty by unilateral or bilateral approach:Finite element analysis
应用有限元分析单侧与双侧入路椎体成形后的生物力学变化
12.
The Role of IL-27 in Myasthenia Gravis and Its Correlation with Anti-AchR-IgG Class Switching
IL-27在重症肌无力中的作用及其与抗AchR抗体类型转换的关系
13.
The Expression of FcγRⅡB in Myasthenia Gravis and Its Correlation with Anti-AChR-Ab
FcγRⅡB在重症肌无力中的表达及其与抗AChR抗体的关系
14.
Relations between anti-cardiac myosin heavy chain auto-antibodies IgG subclass and heart failure
抗心肌肌凝蛋白重链自身抗体IgG亚类与慢性心力衰竭的关系
15.
Research on the Grid Side Converter of Double Fed Induction Wind Power System;
双馈异步风力发电系统网侧PWM变换器的研究
16.
Dynamic Responses and Blast Resistance of Two-way Subway Tunnels Subjected to Explosion Load Inside One-sided Tunnel;
单侧隧道内爆炸荷载作用下双线地铁隧道的动力响应与抗爆分析
17.
The examinee's both of shoulder joint were pull down by extra strength then they were divided as "pull down" lateral view.
(2)牵拉侧位:被检查者双手在外力作用下被动牵拉,使双侧肩关节与C6~T2不相重合;
18.
Factors Affecting Lateral Load Capacity of Web Light-Gauge Steel Composite Walls;
Web轻钢龙骨组合墙体抗侧力性能的影响因素