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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback Pages Number: 312 Language: Simplified Chinese. Publisher: China Communications Press; 1 (April 1. 2003). Large span bridge design and construction of technology (2002). is divided into three: design articles construction articles. articles. A total of 56 articles. including the Guizhou Guan Xing Road Beipanjiang Bridge Design Box Girder construction technology . concrete girder spalling test study . Contents: Strengthening and Rehabilitation of Design Zhaobaoshan Bridge of Shantou Queshi Bridge. the main hole of the cable-stayed bridge pioneering technical achievements of the Green Island Minjiang Bridge combined with beam cable-stayed bridge design roads and bridges wind fortification standard of paper introduces a new bridge - hanging hanging Itabashi Haikou Century Bridge tower foundation design and construction organization Wuhan Baisha Bridge cable-stayed bridge main beam combined with segment design. Shenzhen imitation of the Eiffel Tower design of the overall design of Guizhou Guan Xing Road North Pan River Bridge Chongqing Wye Railway Jialing River Bridge crossing the flood conditions evaluation of the drilling platform design Jingshan line alterations Luan River Bridge. the main geotechnical problems 24M cable-stayed system design optimization of the template design of prestressed concrete box girder span Cable cranes and construction applications Yiling Yangtze River Bridge construction papers Wuhu Yangtze River Bridge Wuhu Yangtze River Bridge truss composite cable-stayed bridge in construction pro-technology large coastal bridge engineering program floating hanger beam frame technology the railway Guizhou Shuibai North Pan River Bridge steel pipe arch Switching Construction of Guangxi Lights Fair Yujiang Bridge Construction of Wuhu Yangtze River Bridge. the main tower several methods in the structural design and construction of the pier drilling pile construction steel cofferdam. construction methods and technical measures Yiling Yangtze River Bridge beams precast girder construction in Yichang Yiling Yangtze River Bridge. the main bridge on the 4th Changshou Yangtze River. Chongqing-Huaihua Railway Bridge as a whole node steel girder trial process Yuhuai Railway Jialing River Bridge on the 12th the back cover of Sham basic steel cofferdam of pier single-walled steel box cofferdam design and construction of large volume concrete construction steel box girder tiles molded the development of activities stent Construction Pre Prestressed Concrete Highway continuous girder bridge the Tongwamen Bridge Steel Pipe Arch Assembling Technology of High Pressure Jet Grouting in use in construction of low pile of deep-water the new Dongjiahe loess tunnel construction experience Borland second-line tenders roadbed construction process control and The process requires long level prestressed reinforced concrete structure Kongdao Cheng Kong methods improve the roadbed should be noted that the quality of several mixed sand in the Jialing River Bridge project Yuhuai Railway articles Wuhu Yangtze River Bridge is the bridge steel girder bridge structure of research findings model test of carbon fiber reinforced trials and in the bridge strengthening works end of grouting technology test application Paksey Bridge bored piles and bearing capacity test Paksey Bridge bored piles of O-CELL testing high strain dynamic testing assessment of a number of points concrete Experimental study of suspension bridge cables. beams spalling anti-corrosion protection and painting steel bridge deck. bridge deck pavement program Qingzhou Minjiang River Bridge on the 2nd pier Mass Concrete temperature crack control 160T three telescopic boom Railway Crane 180T Walking erecting machine engineering drilling machines in KTY3000A ZQM800 mobile mode Bridging Wuhu Yangtze River Bridge hydraulic girder crane Wuhan Rail Transit Line viaduct two-wire si.