初始预应力分布的计算是双层索结构受力分析的基础。
The calculating of initial prestress distribution is basic and important for analyzing of double-layer cable structure.
并研究解决有利于盾构隧道主体结构受力的防水方式。
And the waterproofing measures are studied to take to favor the effect on the structural.
分析结果表明，公路纵坡对路面结构受力的影响不明显。
The results of the analysis show that the highway longitudinal grade had little influence on pavement performance.
矮塔斜拉桥结构受力合理、刚度大、施工方便，而且经济、美观。
The extradosed bridge structure features rational load-bearing capacity, great rigidity and convenient construction and the bridge is also economic and aesthetic.
本文围绕这一课题，对支撑结构受力变形作了较深入的分析和研究。
In this paper, the deformation behaviour of brace structure is systematically studied.
通过调整楼板型式和板厚，探讨了楼板刚度对混合结构受力性能的影响。
By changing the type and thickness of floor, the effect of floor rigidity on behaviors of hybrid structure was discussed.
在结构施工过程中，结构受力体系、边界约束条件、荷载分布在不断的改变。
In the process of structure construction, the structural system, boundary constraint conditions and load distribution are constantly changing.
杆件节点是保证高耸钢结构安全的关键部位，对结构受力性能有着重要影响。
The member joint is crucial to ensure high-rise steel structural safety, and it is very important to effect structural force.
试验后对所得的数据进行处理，并且分析了井壁的承载能力和井壁结构受力状态。
After test the obtained data are treated and the bearing capacity of shaft lining and the stress condition of its structure are analysed.
工程中的主要节点在满足结构受力的前提下，同时兼顾了造价及施工方面的要求。
The main nodes satisfy not only the structural design, but also the construction cost and contingency.
采用双重非线性方法，分析了东莞水道特大桥结构受力全过程和面内极限承载力。
Dual none-linearity finite element method is used to analysis the whole behavior and ultimate load-carrying capacity in plane of Dongguan Shuidao Bridge.
对结构方案与布置进行了研讨，使其不但建筑形态优美，而且满足结构受力的要求。
This paper researched the structural scheme and layout, making the building exhibit graceful architectural configuration and satisfy the structural requirements.
要安全顺利完成如此大重量的钢支架安装与卸架施工，结构受力复杂，吊运难度大。
To complete the installation and unloading of steel bracket of such great weight smoothly involves complex structure stress and many difficulties in swing.
同时，对车辆通过带纵坡的复合桥面铺时车轮驱动力对结构受力的影响进行了分析。
Meanwhile, analyze the impact of wheel drive force on the structure stress under the situation that vehicle pass the composite bridge deck with longitudinal slope.
研究表明：密肋复合墙体是一种轻质、高强、节能、抗震性能良好的结构受力构件。
Research results indicated that the multi ribbed panel wall, being the main bearing member of MRPS, has the characteristics of low weight, high strength, energy saving and good seismic performance.
因此，隧道施工过程中洞室围岩稳定性评价与支护结构受力状态的研究显得日益重要。
Consequently, it becomes increasingly important for the study of stability of surrounding rock and its forced condition of the structure during construction of highway tunnels.
本文基于伸缩臂结构受力状态，建立了任意节伸缩臂结构油缸及钢丝绳设备数学模型。
Based on the structure of the force, and established fuel tank and wire rope mathematical model of the structure of arbitrary section telescopic boom.
指出路面结构支撑条件、界面条件和层间刚度差是影响路面结构受力与使用寿命的三要素。
And pointing out three factors which influence the stress and service life, they are poling condition of pavement structure, the interface and the rigidity difference between layers.
在连续组合梁桥中，剪力键的类型、布置范围和布置间距的差别将引起结构受力特性的差异。
In the continuous composite beam bridge, the difference in type, arrangement area and arrangement space of shear connectors will cause variation in mechanical characteristics of the structure.
提出的组合铺装方案的结构受力能够满足钢箱梁铺装的受力要求，且具有较高的安全系数。
The structure stress of the composite paving scheme satisfy the steel box girder pavement requirements, and has a higher safety factor.
对于上层框架柱外移时的转换结构受力和变形性能，影响因素较多，有必要进行进一步的研究。
Mechanical and deformation performance of such transfer-structure are relative to many factors. So it's necessary to perform more study.
本文介绍了混凝土非结构受力裂纹的类型、产生原因及防治措施，并结合具体的工程进行了分析。
This article briefly introduced the type, causation, prevention and cure measures of non-structure-load cracking in the concrete . furthermore analyzed project cases .
介绍了托柱梁式转换层结构实现了上下层结构柱网改变、截面大、结构受力复杂等结构形式特点；
The structure features of bearing column girder transfer floor such as large section and complicated mechanical behaviors are introduced, which realize the transfer of structural axes.
大型油船较之一般油船的横向结构受力大，在整个舱段优化设计中必须考虑横向结构的优化问题。
Compared to the common oil tanker, the transverse structure of large oil tankers will suffer from great forces, so the optimum design should be considered in the design of the transverse structure.
通过无铰拱、双铰拱、三铰拱的体系对比分析，讨论分析了拱自身连接条件对结构受力形态的影响；
Through comparative study of hingeless arch bridge , two-hinged arch bridge and three-hinged arch bridge, the influence of connection condition of arch on mechanical condition is discussed.
通过改变主梁恒载重量、拉索倾角、无索区长度等结构参数，分析结构参数变化对结构受力的影响。
Structural internal force is calculated by changing constant load of the main girder, the cable Angle, the length of unsupported deck.
不同的桁架节点形式，分析了桁架腹杆两端与弦杆的连接和弦杆与柱连接形式对结构受力性能的影响。
Different node form, the connection of web to truss chords and connection of truss chords to frame column are discussed.
本课程的特点是有一整套课堂讲稿和一个独特的交互式学习工具，这工具可以解释建筑结构和结构受力。
This course features a complete set of lecture notes and a unique interactive learning tool that explains structures and structural forces.
复合桥面铺装由多种材料分层铺筑而成，由于结构刚度的非线性特点，造成复合桥面铺装结构受力复杂。
Composite bridge deck made from a variety of paving layer materials, due to the nonlinear stiffness characteristics, resulting in the force of composite bridge deck structure complex.
复合桥面铺装由多种材料分层铺筑而成，由于结构刚度的非线性特点，造成复合桥面铺装结构受力复杂。
Composite bridge deck made from a variety of paving layer materials, due to the nonlinear stiffness characteristics, resulting in the force of composite bridge deck structure complex.
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