Sentence examples for modelling of wind from inspiring English sources
Numerical modelling of wind flow over complex dune topography is an ambitious prospect.
Modelling of wind and waves often employs a mixture of mathematical, probabilistic, empirical and statistical models.
Due to the inherent variabilities of natural phenomena, the modelling of wind loads is a demanding task.
The methodology builds on an enhanced framework of analysis that includes modelling of wind speed and direction along the Levantine basin, and of wave heights for harbour sites.
The purpose of this paper is to present a model of the load of the wind turbine gears for simulation of real, varying operational conditions for modelling of wind turbine vibration.
There have been some examples of commercially developed wind turbines experiencing aeroelastic instability problems in the last decade, which spokes for the necessity of aeroelastic modelling of wind turbine blades.
The main contribution of this paper is to significantly advance the uncertainty model of wind power and to provide a systematic procedure for modelling and generating wind power scenarios, which can then be applied to a range of wind power integration problems.
Numerical results for several problems, including systematic grid convergence studies, MHD bow-shock flows, and global modelling of solar wind flow are discussed to demonstrate the accuracy and efficiency of the proposed solution procedure, along with assessment of parallel computing scalability for up to thousands of computing cores.
A brief history of computational modelling for wind resource assessment is given along with a description of the methodology within which modelling of this type is used in the wind industry.
Reliable methods for modelling wake recovery within a farm of wind or tidal turbines are critical for obtaining accurate estimates of annual energy production, and for detailed farm layout optimization.
Thus, in a case study we try to shed light on the welfare economic aspect of FIT by combining spatial modelling and economic valuation of landscape externalities of wind turbines.
