1.
The beam displacement disease analysis of overpass Jichang road and Guangyuan road in Guangzhou
广州机场路广园路立交桥梁体位移病害分析
2.
Jack-up,Pan Reset Scheme and Construction Craft of Bridge Beams
桥梁梁体顶升、平移复位维修方案及施工工艺
3.
Optimization of local volume displacement sensor placement for vibrating beam
振动梁局部体积位移传感器的优化布置
4.
Research on Calculation Method of Target Displacement in Single Column Systems of Reinforced Concrete Bridges
钢筋混凝土桥梁单墩体系目标位移计算方法研究
5.
Interface Slips in SRC Simple Beams Under Uniformly Distributed Loads
均布荷载下型钢混凝土简支梁的滑移位移计算
6.
A homogeneous structure of beam is in continuation and bears additional load; and the displacement of the beam is converted into periodic function.
将均匀梁结构延拓并加上附加载荷 ,使梁的位移化为周期函数 .
7.
Analysis of Warping Transfer at Joints between Box-columns and I-beams;
箱形柱与工字梁连接节点翘曲位移传递的分析
8.
A Study on Displacement of Pile Near the Abutment and the Subgrade Construction of Deep Soft Soil Foundation at Bridge-Head;
深厚软基上桥梁近台墩桩位移问题研究
9.
Study on Horizontal Displacement of Bridge Pier and Abutment in Deep Silt Stratification Areas;
厚淤泥层地区桥梁墩台的水平位移研究
10.
Research about Lateral Displacement and Torsional Distortion of P.C. Continuous Curved Box Girder;
预应力混凝土连续弯箱梁的侧向位移研究
11.
Agreement and Displacement--On Liang Zongdai s Acceptance and Deviation from Symbolism;
契合与位移——论梁宗岱对象征主义的接受与偏离
12.
STUDY ON PREDICATION OF EFFECTIVE PRESTRESS FOR PC BEAM BASED ON STATIC PERFORMANCE
基于竖向位移测试的PC梁有效预应力预测研究
13.
BUCKLING ANALYSIS OF THIN-WALLED BOX BEAMS USING THE GENERALIZED VARIATIONAL FINITE MEMBER ELEMENT METHOD
薄壁箱梁稳定分析的广义位移有限杆元法
14.
DAMAGE ASSESSMENT OF HELICOPTER BLADE BASED ON CANTILEVER BEAM DISPLACEMENT MODEL
基于悬臂梁位移模型的直升机桨叶损伤检测
15.
Application of Arch-cantilever Method and Displacement Coupling Method in Arch Dam Stress Analysis
拱坝拱梁分载法与位移协调耦合法的应用
16.
Displacement Exact Solution of Uniform Cantilever Beam under Distributed Load
等截面悬臂梁受均布荷载作用时位移的精确解
17.
Study on the Temperature Stress and Displacement in Skew Continuous Box Girder Bridges
斜交连续箱梁桥的温度应力与位移研究
18.
Displacement Ductility Analysis of RC Beam Strengthened by Bonded Steel Plates Based on the Secondary Stress
基于二次受力的粘钢加固RC梁位移延性分析