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索力

网络Ultrasonic; kN; SOLY

索力

网络释义

索力

Ultrasonic

功能鞋【行情价格评价正品行货】 ... 尔尚（ ERFASN）索力（ Ultrasonic）亨泰尔克 HT·ARCO ...

kN

张拉过程各拉索的索力（kN）变化表镇江体育会展中心体育馆屋盖张弦梁结构拉索施工方案南京东大现代预应力工程有限责任 …

SOLY

泰州索力（SOLY）机械公司专业生产，千斤顶，液压千斤顶，电动液压千斤顶，千斤顶，液压千斤顶，电动液压千斤顶-泰州 …

SONE

索力涡轮增压系统有限公司生产各种车型索力（SONE）涡轮增压器及索力（SONE）汽车配件。Sone Fronecisco ：旧金山火 …

Cable force

Hybrid Fiber Cable network_翻译 ... 缆风： guy-cable 索力： Cable force 换索： Cable Replacement ...

SILVERSONIC

中山市力高电器有限公司的全部商标 ... 商标文字：亨奇 hanky 商标文字：索力 SILVERSONIC 商标文字：尚威 SHARPVISIO…

cable tension

Hybrid Fiber Cable network_翻译 ... 锚索： mooring cable 索力： cable tension 单索： single-cable ...

SILVERSONIC SILVER SONIC

服装|女装商标转让|汕头商标注册... ... 扬明 YANGMING 索力 SILVERSONIC SILVER SONIC 科动 KODON ...

例句：

The result of the cable tension of Ronghu Bridge indicates that this method is very simple , effective and applicable .

蓉湖大桥成桥恒载索力的优化结果表明该方法简单、高效、适用。

The accuracy of cable force measurement by the frequency method is studied from the point of view of the probability analysis .

从概率分析的角度探讨频率法测量索力的精度。

Experimental modal analysis and testing is one of the most widely used techniques for the measurement of tension forces in stay cables.

试验模态分析是斜拉桥索力测试中广泛应用的方法。

Practical solution method and steps of the cable tension were proposed with a converse process .

根据频率简化方程的特点，提出了逆过程求解索力的方法和步骤；

Using this method can only determine cable forces caused by dead loads , but can't by live loads .

使用该方法只能确定由恒载引起的索力，无法计入活载的影响。

At last , the cable force and displacement of the bridge is basically returned pre-condition.

最后，换索后索力、位移基本恢复到换索前状态。

It give new method in application development of ANSYS, forecast the location of cables, calculation of tension of cables .

论文在 ANSYS 二次开发、扣索位置预测方法、扣索索力计算方面提出了创新点。

This paper , collective structural static analysis of Jinghang Cannel Bridge is introduced after the final hanger force is obtained .

在得到合理成桥索力后，本文对全桥进行了静力分析。

The calculation and construction of cable force adjustment of Gonghe cable-stayed bridge after closure are studied . 4.

对公和桥合拢后索力调整的计算及实施过程进行了深入研究。

According to main cable configuration, the finite model is formed and then hanger force is conformed using the finite element program.

确定了主缆线形后，就可以建立有限元模型，计算得到成桥索力。

In addition , one time stretch for cable force was took to compare with the multiple times also.

另外，本文对斜拉桥索力张拉一次到位法与斜拉桥索力张拉多次到位法进行了对比。

This paper focuses on the control of cable force.

其中本文的重点集中在斜拉索的索力控制。

A practical formula is proposed on this base . 3.

在此基础上提出一种新的索力估算实用公式。

And also , the effect of deck vibration when the cable force has been monitored is a meaningful issue .

同时，在进行索力监测时，考虑桥面振动的影响是一个有待深入研究的问题。

The binding method of forward-calculation and backward-calculation which was most accurate was obtained .

最终得出采用正装与倒拆相结合的索力多次张拉到位法为最精确的方法。

So that it can provide the references for extradosed cable-stayed bridge design. The main research contents are as follows : 1 .

本文的主要研究内容如下：（1 ）根据相关规范和标准，对成桥阶段的缆索进行了索力监控。

Spatial Nonlinear Analysis of the Reasonable Cable Tension for a Thousand-meter Scale Cable-stayed Bridge Under Permanent Loads

千米级斜拉桥空间非线性合理恒载索力分析

Study of Cable Force Optimization of Completed Cable -Supported Arch Bridge of Concrete-Filled Steel Tubes

钢管混凝土拉索拱桥成桥索力优化研究

Correcting wave in checking-up cable power by means of vibration frequency method

振动频率法测量索力过程中的波形修正

ANSYS Software and its Application in Determination of Initial Cable Forces in Cable-stayed Bridges under Dead Loads

ANSYS 二次开发技术及在确定斜拉桥成桥初始恒载索力中的应用

索力

索力