A novel asynchronous-pouring-construction technology for prestressed concrete box girder bridges with corrugated steel webs

Engineering

• Box Girder Bridges 100%
• Prestressed Concrete 100%
• Construction Method 100%
• Concrete Slab 66%
• Environmental Impact 33%
• Compressive Stress 33%
• Concrete Beams and Girders 33%
• Reduce Energy Consumption 33%
• Mechanical Performance 33%
• Composite Bridges 33%
• Construction Stage 33%
• Construction Process 33%
• Railway Bridge 33%
• Highway Bridges 33%
• Sustainable Construction 33%
• Beams and Girders 33%
• Cost Engineering 33%
• Structural Safety 33%
• Construction Platform 33%
• Construction Period 33%
• Reduce Speed 33%
• Shear Behavior 33%
• Construction Equipment 33%

INIS

• bridges 100%
• steels 100%
• construction 100%
• prestressed concrete 100%
• comparative evaluations 15%
• shear 10%
• speed 10%
• safety 10%
• slabs 10%
• capacity 5%
• weight 5%
• cost 5%
• emission 5%
• environmental impacts 5%
• energy consumption 5%
• reliability 5%
• performance 5%
• highways 5%
• engineering 5%
• efficiency 5%
• carbon dioxide 5%
• equipment 5%
• china 5%
• sustainability 5%
• railways 5%
• pollution 5%

Material Science

• Prestressed Concrete 100%
• Concrete Slabs 66%
• Carbon Dioxide 33%