Abstract:- A multifractal analysis of wind time series has been applied for two different years, 2003 and 2004. These values have been recorded each ten minutes, showing intermittency in their pattern. The MFA was performed for each month of each year and also for each whole year. The analysis shows a multiscaling structure in consistence with other authors. Differences in the multifractal spectrum are found among months and practically non between the two years. These differences are localized in the right side of the spectrum, pointing out that further research should be done on the scaling behavior of events of lower frequencies that correspond to such part of the spectrum. Base on this type of modeling, realistic simulations for green h...
Wind energy is an important component of renewable energy sources. Studying of turbulent wakes for w...
Scaling behaviors of the long daily wind speed records of four selected weather stations over China ...
International audienceWe study atmospheric wind turbulence in the framework of universal multifracta...
International audienceIn this paper, we have presented a spectral and a multifractal analysis perfor...
This paper describes some evidence of fractal order features in wind speed time series recorded at d...
A multifractal (MF) analysis in time scale has been applied to three wind speed series presenting a ...
International audienceWe consider here wind speed time series and the aggregate output wind power fr...
This paper investigates the nature of the fluctuation of the daily average Solar wind speed time ser...
International audienceA typical routine in wind field resource assessment, at the most basic level, ...
Using detrended fluctuation analysis (DFA), we study long-term correlations in wind speed data. We f...
International audience"An accurate assessment of wind extremes at various space-time scales (e.g. gu...
International audienceIn addition to the bispectral coherence method, phase/time analysis of analyti...
One of the key thematic areas for the development of future research in wind energy is turbulence. T...
The main purpose of this work is the study of atmospheric surface layer wind speeds within the frame...
Over the last decades modelling of climate change through the analysis of empirical meteorological d...
Wind energy is an important component of renewable energy sources. Studying of turbulent wakes for w...
Scaling behaviors of the long daily wind speed records of four selected weather stations over China ...
International audienceWe study atmospheric wind turbulence in the framework of universal multifracta...
International audienceIn this paper, we have presented a spectral and a multifractal analysis perfor...
This paper describes some evidence of fractal order features in wind speed time series recorded at d...
A multifractal (MF) analysis in time scale has been applied to three wind speed series presenting a ...
International audienceWe consider here wind speed time series and the aggregate output wind power fr...
This paper investigates the nature of the fluctuation of the daily average Solar wind speed time ser...
International audienceA typical routine in wind field resource assessment, at the most basic level, ...
Using detrended fluctuation analysis (DFA), we study long-term correlations in wind speed data. We f...
International audience"An accurate assessment of wind extremes at various space-time scales (e.g. gu...
International audienceIn addition to the bispectral coherence method, phase/time analysis of analyti...
One of the key thematic areas for the development of future research in wind energy is turbulence. T...
The main purpose of this work is the study of atmospheric surface layer wind speeds within the frame...
Over the last decades modelling of climate change through the analysis of empirical meteorological d...
Wind energy is an important component of renewable energy sources. Studying of turbulent wakes for w...
Scaling behaviors of the long daily wind speed records of four selected weather stations over China ...
International audienceWe study atmospheric wind turbulence in the framework of universal multifracta...