| 释义 |
suspension bridges短语⁷⁴⁶⁵²
基本英英例句例句
悬索桥原型suspensionbridge的复数
名词 suspension bridge:
a bridge that has a roadway supported by cables that are anchored at both endsStringer webs have cracked insuspension bridgesat the stringer-floor bean connections.在悬索桥的纵梁和横的连接处，纵梁的腹板上发生开裂。“ Tacoma Narrows changed the way that suspension bridges were built,” Dr. Petroski said. “ Before it happened, bridge designers didn’t take the wind seriously.”
Petroski博士说：“ Tacoma海峡大桥事故改变了超级大桥的建造方式，在那以前桥梁设计者从不考虑分载荷。” yeeyan
According to behavior of suspension bridge, segmental catenary theory which is an exact calculation theory of cable curve for suspension bridges is then built.
根据悬索桥的特征，建立了悬索桥主缆线形计算的精确理论——分段悬链线理论； cnki
As a main bearing structure of suspension bridges, the stability of anchor foundations is very important.
锚碇作为悬索桥的主要承力结构物，它的稳定性是十分重要的。 cnki
Based on the catenary theory of cables, an iteration method was presented for the shape- finding analysis of spatial- cable suspension bridges.
基于索的悬链线理论，提出了一种可用于悬索桥空间主缆体系线形分析的迭代计算方法。 dictall
Because of their long span ability and light beautiful structures, suspension bridges are competitive bridge types of long- span bridges.
因其跨越能力大、结构轻型美观，所以是特大跨度桥梁中非常有竞争力的桥型。 cnki
Elastic theory is applicable to the design and calculation of medium span self anchored suspension bridges.
弹性理论适合于中小跨度的自锚式悬索桥的设计和计算。 magsci
Flutter control of the suspension bridges by pneumatic winglets is studied from the standpoint of energy mechanism.
从能量的角度研究气动翼板控制悬索桥颤振的物理机理。 cnki
Flutter stability is one of major factors governing the design of long span suspension bridges.
颤振稳定性已成为影响和控制大跨径悬索桥设计的一个重要问题。 dictall
It is important to analyze the dynamic characteristic of flexible suspension bridges because of its lower rigidity.
对于整体刚度很低的柔性悬索桥而言，动力特性的分析非常重要。 dictall
Main cables are the chief bearing components of suspension bridges.
主缆是悬索桥的主要承重受力构件。 cnki
Over the decades, engineers had built increasingly long suspension bridges, with each new design more ambitious.
在过去的几十年中，工程师建造了越来越长的超级大桥，每一次设计都让他们更有信心。 yeeyan
Self- anchored suspension bridges are increasingly popular for no earth anchor, less influence by geological condition and aesthetic appearance.
自锚式悬索桥因其不需修建庞大的地锚、不受地质条件的影响以及其造型的美观，日渐受到欢迎。 cnki
Several suspension bridges built in this manner collapsed, however, as a result of storms or the movement created by the rhythm of the loads moving across them.
然而，一些以这种方式建造的悬索桥由于暴风雨或由于荷载通过时产生的节奏性运动而倒坍了。 svtcc
The cable curves at cable finish stage, which utilizes equal rise of the quadric curve or the catenary curve, bring little difference to static and dynamic behaviors of suspension bridges.
对于空缆状态下的主缆线形，采用矢高相等的二次抛物线型还是采用悬链线线型，对悬索桥的静动力行为产生的差异不大； cnki
The main contents about geometric nonlinear analysis of suspension bridges are as follows: First of all, the basic principle of geometric nonlinear finite element method for structures is introduced.
悬索桥几何非线性分析部分的主要内容如下：首先，介绍了结构几何非线性有限元的基本原理，推导了几何非线性分析的T。 fabiao
This paper summarizes the dynamic calculation methods of suspension bridges under the earthquake loads and fluctuating wind loads.
本文分析总结了悬索桥在地震荷载和脉动风荷载作用下的动力计算方法。 fabiao
This thesis introduces the calculation theories, static and dynamic calculation methods of long span suspension bridges; analyses the static nonlinear characteristics of long span suspension bridges;
论文介绍了大跨度悬索桥的计算理论、静动力计算方法，分析研究了大跨度悬索桥的静力非线性特点； cnki
Suspension bridges are designed to absorb these forces in two ways: dissipation and transference.
吊桥的设计就是用两种方法来吸收这些力量：驱散和转移。 putclub |