1.
Influence of Support Means of Hinge-Bearing for Container Crane's Boom on Lateral Vibration
岸桥前大梁铰支座支承对其横向振动的影响
2.
I would like to use a picture (to describe) : a bridge from one bank of a river to the other side, where you cn walk back and forth.
我想以一幅景象来描述：就像是一座桥梁从河的一岸到另一岸，在其上你可以自由前进或后退。
3.
We have just explained that, in the fifteenth century, this ship was anchored to the two banks of the river by five bridges.
我们刚才说过，在十五世纪时，这只大船由五座桥梁系泊于塞纳河两岸。
4.
Fan Huang、Rong Yu: The Bridge of Du Fu s Accepting History--Simply Discussing Du Fu s Acceptance from Da Li to early Zhen Yuan;
樊晃、戎昱:杜甫接受史上的桥梁——浅论杜甫在大历至贞元前期的接受
5.
Investigation of Long-Span Bridge Girder Spanwise Vortex-Induced Vibration
大跨度桥梁沿跨向主梁涡激振动研究
6.
Lifting and Installation of Steel Box Girder at Pylon and Girder Section of Edong Changjiang River Bridge
鄂东长江大桥塔梁段钢箱梁吊装施工
7.
THE GIRDER CONSTRUCTION TECHNIQUES OFTHE SHANTOU BAY SUSPENSION BRIDGE
汕头海湾大桥悬索桥加劲梁施工技术
8.
Cantilever Construct Technology for Main Box Girder of Fengpu Bridge;
奉浦大桥主桥箱梁悬臂浇筑施工技术
9.
Feasibility Study of Stress-ribbon Bridge Using as Long-span Bridge;
悬带桥用作大跨径桥梁的可行性分析
10.
The destruction of the bridge checked the enemy's advance.
桥梁毁坏阻止了敌人的前进。
11.
It was there, in fact, that the three bridges disgorged upon the right bank, and bridges lead to the building of houses rather than palaces.
实际上，新城通往右岸的三座桥梁便是从这里开始的。 总是桥梁先产生民宅，然后才产生王宫的。
12.
Closure Techniques for Main Span Steel Girder of Main Bridge in Nanjing Dashengguan Changjiang River Bridge
南京大胜关长江大桥主桥钢梁主跨合龙技术
13.
Closure Techniques for South Side Span Steel Girder of Main Bridge of Dashengguan Changjiang River Bridge in Nanjing
南京大胜关长江大桥主桥钢梁南边跨合龙技术
14.
Cantilevers enabled bridge builders to span longer distances than truss bridges. During the nineteenth century, cantilevers were frequently used to build railroad bridges.
悬臂桥使得桥梁建筑师能够修比桁架跨度更大的桥梁。在19世纪悬臂桥常常是铁路桥。
15.
Structural Design of the Super-Long Construction Trestle for Hangzhou Bay Bridge Project;
杭州湾跨海大桥南岸超长栈桥设计研究
16.
Turbulent Wind Action on Long Span Bridges with Separated Twin-girder Decks
紊流风对大跨度分体双箱梁桥梁的作用
17.
0.618 method calculation on absolute maximum deflection on primary beam within bridge system composed of longitudinal and transverse beams
纵横梁桥面系统主梁绝对最大挠度的0.618算法
18.
Research on the Girder s Deflection of Long-Span Prestressing Concrete Continuous Girder Bridges;
大跨度预应力砼连续梁式桥主梁下挠研究