Sentence examples for modelling and wind from inspiring English sources

The resulting model is designed for use in climate and meso-scale modelling and wind engineering applications.

The present paper specifically deals with the numerical modelling and wind simulations preliminary to the probabilistic assessment of the wind speed along the line, which is treated in the companion paper.

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.

Therefore, the entire procedure for modelling and generating wind power forecasting scenarios considering the temporal dependence is described as follows, and the mechanism sketch of each step is drawn in Fig. 2 for further clarification.

Thanks to computer modelling and wind-tunnel testing, the Brazuca ball designed by Adidas for the 2014 World Cup, now underway in Brazil, is the best yet—and certainly a vast improvement over the disastrous Jabulani ball Adidas provided for the 2010 World Cup in South Africa.

Computational fluid dynamics (CFD) simulation is rapidly being adopted as a tool for flow modelling in wind and tidal farms, gaining favour over more traditional and simpler empirically-determined wake models.

Modelling of wind and waves often employs a mixture of mathematical, probabilistic, empirical and statistical models.

However, they can have different designs and consequently behave in a different way at sea, making it not straightforward to use them for oil spill model validation purposes and to account for surface currents, waves and wind when modelling them.

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.

New computational tools such as Computational Fluid Dynamics (CFD) are particularly suited for modelling outdoor wind conditions and the influence on indoor air conditions prior to building construction.

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.