A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Calculation procedure for determining wind action from vortex-induced vibration with verification of fatigue strength of steel structures
An applicable calculation procedure, implemented with an object-oriented software that calculates amplitudes of oscillation due to vortex shedding, is presented in this paper using a stadium lighting pole as an example. The fatigue strength of material is proven, for the defined S-N curves, according to the nominal stress method. Available Eurocode-based calculation methods are also analysed and their advantages and disadvantages are presented.
Calculation procedure for determining wind action from vortex-induced vibration with verification of fatigue strength of steel structures
An applicable calculation procedure, implemented with an object-oriented software that calculates amplitudes of oscillation due to vortex shedding, is presented in this paper using a stadium lighting pole as an example. The fatigue strength of material is proven, for the defined S-N curves, according to the nominal stress method. Available Eurocode-based calculation methods are also analysed and their advantages and disadvantages are presented.
Calculation procedure for determining wind action from vortex-induced vibration with verification of fatigue strength of steel structures
Marina Rakočević (author) / Svetislav Popović (author)
2018
Article (Journal)
Electronic Resource
Unknown
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