• 对比分析成桥状态理论截面应力实测截面应力。

    Bridge compared with the measured stress state theory section section stress.

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  • 计算得到成桥状态几何线形控制点标高设计标高相比,误差很小

    The error between the calculated values and the design ones of elevations at controlling points in the designated status is very small.

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  • 结果表明无论是状态还是施工状态均具有足够抗风稳定性

    Calculation results presented here show that the bridge is of enough wind stability under both under-construction state and completion state.

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  • 成桥状态分析了不同倾角异形空间组合肋拱受力性能影响

    Influence of different camber Angle on special-shaped spatial combination arch-rib arch mechanical behavior is analyzed under completion state.

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  • 拱梁组合设计施工分析确定状态吊杆拉力非常关键

    In design and construction of composite arch and Beam bridge, it is very important to determine the boom tensile force when the bridge is almost completed.

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  • 以此力作正装计算控制拉索力,通过正装计算得到一个状态

    Then the forward calculation is also used to get the tensile cable forces of the construction process to gain a finished bridge state under the control of the former forces.

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  • 营口辽河公路背景,研究斜拉施工阶段状态的抗性能

    Taking Liaohe River Highway bridge in Yingkou as the research object, the wind resistance performance of cable-stayed Bridges under construction and at the completion state was analyzed.

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  • 本文甘肃省某水电站临时交通工程背景悬链线确定索道成桥状态

    Based on the temporary traffic bridge in Gansu province as an engineering background, using catenary method to determine the completion state of cableway bridge.

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  • 通过梁拱组合式状态目标优化分析可以得到不同施工阶段合理吊杆内力

    Rational internal force of hangers under different construction stage can be obtained through optimization analysis of the object under the finished bridge condition of the camber composite bridge.

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  • 结合悬链线理论几何非线性有限元方法,对空间缆索自锚悬索状态确定方法进行了研究。

    The catenary theory and geometrical nonlinear finite element method were adopted in determining the dead-load state of self-anchored suspension bridge with spatial cables.

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  • 公路施工监控就是控制施工过程中和状态时结构内力线形使悬浇梁成桥状态充分满足设计要求

    Suspension Cast-in Situ Beam construction is to control the construction process and bridge state of internal force and linear, so that the bridge State could fully meet the design requirements.

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  • 运用该方法江阴长江进行了计算,计算结果表明方法能比较准确地计算出悬索施工理想成桥状态

    Finally, the initial construction state and dead load state of Jiangyin Yangtze River Highway Bridge are calculated as a numerical example. It is shown that the initial construction sta...

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  • 基于不变形张力基本概念,建立斜拉成桥状态的多目标、多约束优化模型,并通过有限元程序求解成桥索力

    Based on the basic concept of the un-deformed pretension of cable, the optimization model of finished state with multi-objective and multi-constraint is used.

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  • 广州东沙独塔边跨带辅助墩混合双索面斜拉为例,采用对比分析的方法,定量分析结构自重临时荷载、结构刚度混凝土收缩变这些因素混合梁斜拉成桥状态影响

    The influences of dead weight of structure, temporary load, structural stiffness, creep and shrinkage in concrete effect on finished dead state of hybrid girder cable-stayed bridge were analysed.

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  • 分别位移弯矩整体受力状态控制目标确定吊杆内力

    The internal force of the hanger rods when completing the bridge shall be determined by displacement, bending movement and the integral forced status as the control objective.

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  • 自锚悬索理想状态吊索借用斜拉常用的几种索力优化方法进行研究

    The rational cable force of self-anchored suspension bridge can be researched by the methods being used in optimizing the cable force of cable-stayed bridge.

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  • 同时,针对该施工进行应力、线形温度监控,综合分析给出段立模标高,确保成桥线形内力状态满足设计要求

    The erection elevations of formwork for segment concrete were given by comprehensive analysis to ensure that the geometry and the internal force state meet the design requirements.

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  • 斜拉时 ,确定恒载初始索力一项重要而困难任务 ,为此尝试遗传算法来确定不同目标状态下的斜拉初始索力 。

    Then trial method based on the forward analysis is used to determine the initial cable force of Xinyan cable-stayed bridge in the paper.

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  • 根据实际划分施工时段,计算施工到成桥任一时刻主梁主塔受力变形状态,并提出了一些有益的建议。

    Further in the light of the actually-divided construction stages of the bridge, the mechanical behavior and deformation conditions of the main girder...

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  • 根据实际划分施工时段,计算施工到成桥任一时刻主梁主塔受力变形状态,并提出了一些有益的建议。

    Further in the light of the actually-divided construction stages of the bridge, the mechanical behavior and deformation conditions of the main girder...

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