Finite element modeling of assembled bridge with a static loading

Finite element modeling of the dynamic response of a composite reinforced concrete bridge for structural health monitoring

Three-dimensional finite element model of the Bridge

Eric CONSTANS, Rose Hulman Institute of Technology, Terre Haute, RHIT, Department of Mechanical Engineering

LUSAS Bridge Design Software Tour - Load types and combinations

Douglas CLEARY, Professor (Associate), Doctor of Philosophy, Rowan University, New Jersey, Department of Civil and Environmental Engineering

FEA & CFD for Bridge Simulation: Seismic Assessment, Wind-Induced Vibrations, Aerodynamics, Soil-Structure Interaction, Damping System, Fatigue and Fracture - Enteknograte

Finite element modeling of assembled bridge with a static loading of a

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Collapse analysis of the Polcevera viaduct by the applied element method - Extreme Loading® for Structures (ELS) - Nonlinear Dynamic Structural Analysis Software

FEM Simulations

Three-dimensional Nonlinear Finite Element Analysis for Load-Carrying Capacity Prediction of a Railway Arch Bridge

FEA & CFD for Bridge Simulation: Seismic Assessment, Wind-Induced Vibrations, Aerodynamics, Soil-Structure Interaction, Damping System, Fatigue and Fracture - Enteknograte

Integrating response surface methodology and finite element analysis for model updating and damage assessment of multi-arch gallery masonry bridges