1.
The Multiple Arch-Cantilever Safety-based High Arch Dam Stress Analysis
基于多拱梁分载法的高拱坝应力分析
2.
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
3.
The Improvement and Implementation of the Trial Load Method for Arch Dam Analysis by ANSYS
拱梁分载法的改进与ANSYS程序实现
4.
Dynamic analysis method of arch dams by multi-arch-cantilever method considering nonlinear contact of transverse joints
考虑横缝非线性作用的拱坝拱梁分载动力分析方法
5.
Deformation modulus for dam foundation rock must be de termined reasonably when stress in dam is analyzed with arch and cantilever tria l load method.
在拱梁分载法坝体应力分析时，需要合理确定坝基岩体的变形模量值。
6.
Injuried Double-Curved Arch Bridge Capacity of Analysis and Assessment;
带损伤的双曲拱桥梁承载能力分析与评估
7.
Analysis on effect of dead loads on natural frequencies of arch beams
恒载效应对拱形梁自振频率的影响分析
8.
A tapered beam element model is used to simulate the behaviour of a masonry arch bridge with loading.
采用梯形梁单元分析砖石拱桥在载荷作用下的行为。
9.
Analysis of Deformation Laws of Drafty Tunnel with Ribbed Arch Beam and Simplified Model of Structural Load;
通透肋式拱梁隧道变形规律分析与结构荷载简化模型
10.
Ultimate Bearing Capacity Study and Non-linear Factors Influence Analysis of Long-Span Continuous Steel Truss Beam Arch Bridge
大跨度连续钢桁梁拱桥极限承载力研究与非线性因素影响分析
11.
Either of the sides of an arch, curving down from the apex to an impost.
梁腋，拱腋拱门上任意一个从拱顶到拱墩间的部分
12.
Ultimate Bearing Capacity Analysis of Long-Span Stone Arch Bridge with Arched Spandrel Structure
大跨径拱式拱上结构石拱桥极限承载力分析
13.
Analysis of Arch and Beam Combination Modeling Experiment of 56m Tied Arch Bridge;
56m系杆拱桥拱梁结合部静力模型试验分析
14.
Analysis on the Main Arch and End Beam of CFST Arch Bridge with Flexible Tied Bar;
“飞燕式”钢管混凝土拱桥主拱与端横梁受力分析
15.
Analogue Simulation for Crown Cantilever of Masonry Arch Dam
砌石拱坝上游拱冠梁底部拉应力仿真分析
16.
Equivalent beam-column method to estimate critical load for steel tubular arch under compression and bending
压弯钢管拱极限承载力计算的等效梁柱法
17.
Factorial Analysis for Camber of T-shape Precast-beam in Resting Period
预制T梁存梁期间上拱挠度影响因素分析
18.
Mechanical Performance Analysis of T Rigid Frame and Ribbed Arch Combination Bridge;
T构—肋拱组合体系桥梁受力特性分析