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The optimal damper location and the optimal damping constant values are investigated for the DTU 10 MW wind turbine.
Approximate solutions are proposed for the complex eigenvalues and formulas are derived for the maximum modal damping ratio and the optimal damping constant.
Topology optimization is recently implemented in order to find an effective optimal damping treatment.
To explore the optimal damping mechanism of non-obstructive particle dampers (NOPDs), research on the relationship between the damping performance of NOPDs and the motion mode of damping particles in NOPDs was carried out based on the rheological properties of vibrated granular particles.
Optimal damping rates are calculated for these low frequency motions.
Generally, the NOPD has the optimal damping effectiveness in the buoyancy convection state.
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The optimal damper design presented in this paper is compared with other optimal damper methods based on top displacement, top absolute acceleration and base shear.
In this study, the variations of optimal damper placement using different objective functions are presented.
The optimal damper positions corresponding to the desired airflow distribution are computed by the obtained model.
Results from frequency domain simulations give a lighter optimal damper weight than the time domain simulations.
Then conditions are obtained for the optimal damper constants that minimise the main beam amplification.
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