A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study on Anti-Overturning Design of Ramp Bridge Continuous Beam
Currently, a lot of ramps adopted continuous box girder with single column pier structure in a bridge design. If the structure is mishandled, the box girder is likely to cause overall overturn under overloaded vehicles. The cause of overturn is analyzed and calculated, and through comparing the anti-overturning ability of different substructures, the key design points are put foreword to provide some experience for the design.
Study on Anti-Overturning Design of Ramp Bridge Continuous Beam
Currently, a lot of ramps adopted continuous box girder with single column pier structure in a bridge design. If the structure is mishandled, the box girder is likely to cause overall overturn under overloaded vehicles. The cause of overturn is analyzed and calculated, and through comparing the anti-overturning ability of different substructures, the key design points are put foreword to provide some experience for the design.
Study on Anti-Overturning Design of Ramp Bridge Continuous Beam
Advanced Materials Research ; 1065-1069 ; 969-971
2014-12-11
3 pages
Article (Journal)
Electronic Resource
English
Study on Anti-Overturning Design of Ramp Bridge Continuous Beam
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