塔架对角处在无斜撑时应加固。
The tower should be in a non diagonal bracing reinforcement.
拉索连续跨过塔架内的索鞍。
施工塔架吊装及模板工程。
Construction tower scaffold and shelf hoisting and moulding works.
同时还介绍了两种塔架顶升时的导向方法。
At the same time, this paper also introduces two examples of guiding device of this lifting tower.
扭矩的这种变化即是塔架产生扭转振动的原因。
The variation on torque is the very cause of torsional vibration.
在作了一些简化假设后，得到了钢塔架疲劳寿命。
After making some simplifying assumptions, this paper obtains the fatigue life of steel towers.
型框架式塔架设计中考虑塔架能够经受地震力的作用。
介绍了主索和塔架、风缆系统的设施及工程方面的要求。
Introduced here are the engineering requirements in the main cable, the tower frame and the storm-proof system.
与扇区地形最吻合、并通过塔架的基础的平面的最大倾角。
The line of steepest slope that connects the tower base to individual terrain points within the sector.
结果表明：粘性耗散与塔架效应是引起尾涡变形的主要原因。
The result shows that viscidity dissipation and tower effect are main reasons of wake eddy distortion.
数值模拟结果表明，本文方法适用于塔架类结构的损伤评估。
Results of the numerical simulation show that this method is adequate for the damage evaluation of tower truss structures.
给出了计算实例，为风力机塔架结构动力设计提供了有效方法。
Using this method some calculation examples are given. It is a convenient way to design wind turbine's tower.
为了优化塔架的结构参数，采用正交设计对其结构尺寸进行了优化。
In order to optimize the structure parameters of the tower, the orthogonal design method is used.
这种塔架结构具有明显的经济意义和工程意义，值得大力推广应用。
This tower structure which brings remarkable economic and engineering efficiency is deserved to be applied widely.
从塔架下面的钢桩伸出一个三角钢架，把塔架的受力转给这三个钢桩。
From a steel pile below the turbine tower emanates a steel frame which transfers the forces from the tower into three steel piles.
本文应用几何非线性和材料非线性有限元方法研究塔架结构的力学行为。
A method of double nonlinear analysis is presented in this thesis to study the mechanical behavior of tower structures.
基于广东徐闻洋前风电场工程，对风力发电机组塔架基础设计进行研究。
This paper researches the design of wind turbine generators tower foundation based on the project of Xuwen Yangqian wind power plant in Guangdong.
对大型塔架吊装全过程进行几何及力学分析，并编制相应的计算机软件。
An analysis, geometrically and mechanically, is made on the whole hoisting process of large-scale tower frames; and the corresponding computer software is programmed.
对塔架的整体力学性能及应力、变形情况的分析是架空索道结构设计的重点。
Analyzing the dynamic property, the stress and deformation of the tower frame is the key of the design of aerial ropeway.
三角形钢管塔架是小型塔架的优选结构型式，但存在易产生风载扭振的缺点。
Triangular steel pipe tower is fine type of small scale tower structure. Yet it tends to cause a torsional vibration by wind.
本文推导了高耸塔架、拉绳塔和缀条柱等空间桁架在大位移下的精确刚度矩阵。
This paper presents precise stiffness matrices for space trusses with large deflections, such as tall towers, guyed masts, and latticed columns, .
一对汉族夫妇身穿传统西式婚纱在田野间拍照，身后是新安装的风力涡轮机塔架。
Han couple poses in a field, dressed in traditional Western wedding clothes, as newly installed wind turbines tower over the countryside.
塔架是风力机的主要支撑装置，鉴于海上特殊的工作环境，塔架振动在所难免。
The tower is a main support device of the wind turbine. Given the special working environment along the offshore, the vibration of the tower is unavoidable.
介绍了大型桥式塔架的安装过程，分析了其安装控制系统的工作原理和控制策略。
This paper introduced the installation procedure of large bridge-type pylon and analyzed its working principle and control strategy.
C设计评审通常建立在对载荷，转子，机械部件，塔架和基础的可行性全面检查上。
The c-design Assessment is usually based on a complete plausibility check of the loads, the rotor blades, the machinery components as well as of the tower and foundation.
结果表明，在塔架的标准化设计中，结构选型是关键，它直接影响到用钢量的大小。
It shows that the structural type which directly determines the weight of tower is crux of standardized design.
本文首先介绍了冲击钻机的特点及工作原理，综述了国内外冲击钻机塔架的研究现状。
The characteristic and mechanism of impact drilling machine are introduced followed by the summary of the present status of impact drilling machine tower researches at home and abroad.
机舱底板与上段塔架之间、塔架各段之间、塔架除本身螺栓连接之外还增加了导体连接。
Between the motherboard of engine room and upper tower, each section of tower, tower is connected with conduction joint except for its own bolt union.
当风机偏航时电制动器被提起，塔架轴上的偏航制动器部分提起，但被认定为完全被动方式。
The motor brakes are lifted when the turbine is yawing. The yaw brake on the tower axis will be lifted partially but has been assumed fully passive.
当风机偏航时电制动器被提起，塔架轴上的偏航制动器部分提起，但被认定为完全被动方式。
The motor brakes are lifted when the turbine is yawing. The yaw brake on the tower axis will be lifted partially but has been assumed fully passive.
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