Sentence examples for approaches for wind from inspiring English sources

Verification of frequency domain analysis for wave loads and scaling approaches for wind loads with time domain aero-elastic simulations lead to 95% accuracy on equivalent bending moments at mudline and tower bottom.

The implementation of the proposed approach for wind power forecasting is both novel and effective.

In this study, a novel approach for wind speed modeling using the Mycielski algorithm is demonstrated.

A high fidelity approach for wind turbine aero-elastic simulations including explicit representation of the atmospheric wind turbulence is presented.

This paper investigates the effect of different wind speed state sizes on the Mycielski approach for wind speed prediction.

The feasibility of the Pair-Copula approach for wind power temporal and spatial dependence is verified, and the advantages of the Pair-Copula are noted.

In this paper, a combined statistical approach for wind power forecasting is presented by using Extreme learning method and error correction.

Wind speed was taken from official maps of LS of 2005 provided through the State Authority for Mining, Energy and Geology (LBEG) that uses the FAO approach for wind speed in a height of 2 m above grass.

Open image in new window Fig. 12 CRPS values corresponding to two probabilistic forecast approaches for three wind farms.

This paper focuses on methodologies to optimise life-cycle costs using probabilistic risk based design, inspection and maintenance approaches for offshore wind support structures.

Based on the joint probability with regard to wind speed and its main direction, the current paper presents a practical and efficient approach for calculating wind induced fatigue of tubular structures, the effects of the wind direction, across wind and wind grid size on the high cycle fatigue of the structure are addressed.