Study on the defect situation evaluation standard of ribbed arch bridge arch rib

Crack prevention and temperature control of frontier defense highway bridge arch concrete

边防公路桥涵混凝土裂缝预防和温度控制

Numerical analysis of hazard effects and protection measures of highway tunnel and bridge crossing mined-out regions

穿越采空区桥隧工程危害效应分析及对策

Construction technology of steel concrete combination continuous beam for a long-span bridge crossing railway by dragging method

拖拉法跨铁路特大桥钢砼结合连续梁施工技术

Design of Ji'nan Huanghe River Railway Bridge Crossing

济南黄河铁路大桥桥渡设计

Construction of 56& meter Pipe Arch Bridge Crossing

56m管拱桥跨越施工

Remote Sensing Evaluation of Hydrology and Environment of the Railway Bridge Crossing

铁路桥渡水文及环境遥感评价

Reliability calculation of bridge crossing scour with checking point method

桥渡冲刷可靠度计算

Floating Bridge Crossing Mode Evaluation Based on AHP and ANP Methods

基于AHP与ANP方法的浮桥渡河方式评估

Bridge Crossing Design and Related Hydraulic Model Test

论《桥渡设计》与桥渡水工模型试验

Review of the Achievements in Bridge Crossing Design in China

中国铁路桥渡设计成就综述

Precast beam install adopt improved two-way beams bridge girder erection equipment

采用改进型双导梁式架桥机进行预制梁安装

Alignment Control of Cable-stayed Bridge Girder during Construction

徐州市和平路斜拉桥主梁施工线形控制

Test Research on Aerodynamic Admittance of a Long Span Cable-stayed Bridge Girder Section

大跨度斜拉桥主梁断面气动导纳试验研究

Cause Analysis and Preventive Measures for Overturning of Bridge Girder Erecting Machine

架桥机倾覆原因分析及预防措施

Large heavy bridge girder transverse shifting and lowering technology

大吨位桥梁横移落梁施工技术

Full-scale static test and analysis of a partially prestressed concrete railway bridge girder

部分预应力混凝土铁路桥梁足尺静载试验和分析

Research and Production of Bridge Girder Erection Machine for Large Span Prestressed Concrete Beam

大跨度预应力混凝土梁造桥机的研制

Massive Concrete Temperature Crack Control for Bridge Girder of Railway Line for Passenger Traffic

客运专线桥梁梁部大体积混凝土温度裂缝控制

Reliability of reinforced concrete bridge girder based on maximum crack width

基于最大裂缝宽度的钢筋混凝土桥梁可靠度分析

These individual ethernets are bundled into one bigger ('logical') ethernet, this bigger ethernet corresponds to the bridge network interface.

这些个别以太网是以太网捆绑成一个更大的（'逻辑'）以太网，这对应于更大桥网络接口。