Some aspects pertaining the modeling of the aerodynamic behavior of bridge deck sections are presented. The analyses have been conducted by Computational Fluid Dynamic (CFD) codes (ANSYS and ADINA), with Finite Element Method (FEM) and Large Eddy Simulation (LES) based approaches respectively. The calibration of turbulence mathematical models, the robustness of the overall computational model and the behaviorchanges due to deck geometry or presence of traffic, are investigated by sensitivity analyses
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
The design of Long Span Bridges involves complex analysis of the interaction between fluid and bluff...
IIn this work a simulation model of aeroelastic phenomena for long-span bridges is presented. By the...
This paper focuses on the effects of the deck equipment - such as median dividers, edge safety barri...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
Assessing the aerodynamic characteristics of long-span bridges is fundamental for their design. Depe...
In the design of long-span bridges, estimating the wind effects is a critical requirement to evaluat...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
Experimentally derived aerodynamic derivatives are used to predict and prevent undesirable aeroelast...
Presented herein is a numerical study for evaluating the aerodynamic behaviour of equipped bridge de...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
The design of Long Span Bridges involves complex analysis of the interaction between fluid and bluff...
IIn this work a simulation model of aeroelastic phenomena for long-span bridges is presented. By the...
This paper focuses on the effects of the deck equipment - such as median dividers, edge safety barri...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
Assessing the aerodynamic characteristics of long-span bridges is fundamental for their design. Depe...
In the design of long-span bridges, estimating the wind effects is a critical requirement to evaluat...
A numerical model to study the aerodynamic and aeroelastic bridge deck behavior is presented in this...
Experimentally derived aerodynamic derivatives are used to predict and prevent undesirable aeroelast...
Presented herein is a numerical study for evaluating the aerodynamic behaviour of equipped bridge de...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...
A numerical model of the air flow problem around the girder of a long-span bridge is presented. The ...