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A Damage Model for Collapse-Mechanism of Long-Span and High-Pier Continuous Rigid Frame Bridges
Collapse-mechanism analysis can simulate that bridges enter strong elasto-plastic and large displacement response and collapses phase, so that it is very important for the seismic design of bridges. In this paper, a damage model of reinforced concrete is introduced, and dynamic response and collapse of long span and high-pier continuous rigid frame bridge during strong earthquake is studied with damage model of reinforced concrete by the explicit dynamic analysis code (LS-DYNA). The simulation results indicate the development of the concrete elements from cracking to failure and the bridge from part collapse to the whole collapse of the bridge are studied. The damage and collapse mechanisms during strong earthquake are given of Long Span and High-pier Continuous Rigid Frame Bridges. References are provided for seismic analysis of this kind of bridges.
A Damage Model for Collapse-Mechanism of Long-Span and High-Pier Continuous Rigid Frame Bridges
Collapse-mechanism analysis can simulate that bridges enter strong elasto-plastic and large displacement response and collapses phase, so that it is very important for the seismic design of bridges. In this paper, a damage model of reinforced concrete is introduced, and dynamic response and collapse of long span and high-pier continuous rigid frame bridge during strong earthquake is studied with damage model of reinforced concrete by the explicit dynamic analysis code (LS-DYNA). The simulation results indicate the development of the concrete elements from cracking to failure and the bridge from part collapse to the whole collapse of the bridge are studied. The damage and collapse mechanisms during strong earthquake are given of Long Span and High-pier Continuous Rigid Frame Bridges. References are provided for seismic analysis of this kind of bridges.
A Damage Model for Collapse-Mechanism of Long-Span and High-Pier Continuous Rigid Frame Bridges
Advanced Materials Research ; 219-220 ; 1431-1435
2011-03-28
5 pages
Article (Journal)
Electronic Resource
English
| British Library Conference Proceedings | 2012
| Trans Tech Publications | 2011
| British Library Conference Proceedings | 2011
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