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Progressive Collapse Design and Analysis of Bridge Structures
- Introduction
- Bridge Collapse Incidents around the World
- Progressive Collapse of the Kutai Kartanegara Suspension Bridge in East Borneo, Indonesia
- Collapse of Skagit River Bridge, Washington, Due to Lorry Strike
- Earthquake-Induced Collapse of Bridge in Wenchuan, China
- Causes and Collapse Mechanisms of Bridges
- Accidental Actions (Impact Loads) Triggered Collapses
- Earthquake-Induced Collapse of Bridge
- Wind-Induced Collapse of Bridge
- Design Measures to Prevent Bridge Collapse
- Progressive Collapse Analysis of Bridge Structures
- Progressive Collapse Analysis Example of the Millau Viaduct Using Abaqus® (Nonlinear Dynamic Procedure)
- Introduction of Prototype Bridge
- Material Used in the Abaqus® Model
- 3D Modelling Setup
- Define the Prestressed Force
- Nonlinear Geometric Analysis of the Bridge
- Cable Removal and Load Combination
- Major Abaqus® Commands Used in the Simulation
- Simulation Result Interpretation
- Progressive Collapse Potential Check
- Five-Cable Removal Check
- References
Abstract
Bridge structures are widely used in current construction practice; there are different types of bridges, such as rail bridges, footbridges, and vehicle bridges. Based on their load path and structural behaviour, the main structural types of bridges can also be divided into beam bridges, truss bridges, cantilever bridges, arch bridges, suspension bridges, and cable-stayed bridges.
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