Finite Element Analysis on Dynamic Response of Bridge Structures under Moving Loads with Uniform Speed

Wen Zhang; De Can Yang

doi:10.4028/www.scientific.net/AMM.90-93.1015

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Strength Test of Parallel Carbon Fiber Bundle for Prestressed Bridge
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Experimental Research on Using Heat Shrinkable Material to Protect Prestressed Anchor
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Comparative Research on Different Combination of the Rain-Wind Induced Vibration Models
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Simply Supported Box Girder Bridge Vibration Control with MR-TMD
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Finite Element Analysis on Dynamic Response of Bridge Structures under Moving Loads with Uniform Speed
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Analysis and Design of a Concrete Filled Steel Tubular Beam Footbridge with Corrugated Steel Web
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Selection of Concrete Creep Analytical Models for Modern Prestressed Bridges
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Analysis of the Reasonable Construction Size of Concrete Bridge Deck
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Testing and Statistics Analysis on Dynamic Response of Expressway Bridge under Various Vehicles
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 90-93Finite Element Analysis on Dynamic Response of...

Finite Element Analysis on Dynamic Response of Bridge Structures under Moving Loads with Uniform Speed

Abstract:

The dynamic response of simple supported beam under the moving load is analyzed. The finite element analysis software MIDAS is used to simulate the process of when the uniform constant force moving through the simply supported beam. The first 5 natural frequencies of simply supported beam are obtained with the modal analysis and compared with the analytical solution. The feasibility of the finite element method is verified.