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Super-long span bridge aerodynamics: First results of the numerical benchmark tests from Task Group 10
IABSE Task Group: Bridge Aerodynamics Verification - Part 1, two and three degrees of freedom, analytical aerodynamics.
Giorgio Diana, and 16 others, including Igor Kavrakov
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Super-long span bridge aerodynamics: First results of the numerical benchmark tests from Task Group 10
An active turbulence generator based on the Vortex Method for simulation of a complex aerodynamic admittance for bridge decks
We present a novel methodology for generating sinusoidal gusts
Igor Kavrakov, Tommaso Argentini, Simone Omarini, Daniele Rocchi, Guido Morgenthal
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An active turbulence generator based on the Vortex Method for simulation of a complex aerodynamic admittance for bridge decks
Influence of aerodynamic model assumptions on the wind-vehicle-bridge interaction
We study which aerodynamic model of wind forces is sufficient for wind-vehicle-bridge interaction
Igor Kavrakov, Alfredo Camara, Guido Morgenthal
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Influence of aerodynamic model assumptions on the wind-vehicle-bridge interaction
Monitoring the structural response of reinforced concrete poles along high-speed railway tracks
Monitoring of concrete poles on tracks
Luise Göbel, Felix Mucha, Zouhour Jaouadi, Igor Kavrakov, Dimitrii Legatiuk, Lars Abrahamczyk, Matthias Kraus, Kay Smarsly
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Monitoring the structural response of reinforced concrete poles along high-speed railway tracks
Comparative study of semi-analytical and numerical methods for aerodynamic analysis of long-span bridges
Comparison of Semi-analytical and CFD modelss
Igor Kavrakov, Khaled Ibrahim, Guido Morgenthal
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Comparative study of semi-analytical and numerical methods for aerodynamic analysis of long-span bridges
Modelling techniques for buffeting analysis of long-span bridges
A comparison between semi-analytical models for buffeting analysis
Igor Kavrakov, Guido Morgenthal
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Modelling techniques for buffeting analysis of long-span bridges
Structural optimization of composite structures using an energy method
We formulate a structural optimization problem using an Energy Method for design of structures considering phyisical nonlinearity.
Igor Kavrakov, Hans-Georg Timmler, Guido Morgenthal
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Structural optimization of composite structures using an energy method
Structural optimization using the energy method with integral material behaviour
We formulate a structural optimization problem using an Energy Method for design of structures
Igor Kavrakov, Hans-Georg Timmler, Guido Morgenthal
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Structural optimization using the energy method with integral material behaviour