Sentence examples for methods for wind from inspiring English sources

We first review and discuss available engineering models and the Reynolds-Averaged Navier Stokes (RANS) methods for wind turbine aerodynamics.

In this study, we evaluate lattice Boltzmann and finite element methods for wind load estimation of parabolic trough solar collectors.

Design and analysis methods for wind turbines are presently based on relatively simple models of rotor blade aerodynamics, such as 2-D blade element/momentum theory (BEMT).

This paper provides an overview of existing methodologies to establish test conditions and a critical review of calculation methods for wind and WDR loads on buildings, from the viewpoint of establishing test parameters for watertightness testing.

Statistical diagnosis of the best Weibull distribution methods for wind data analysis is discussed and presented.

The equivalent methods for wind turbines have been studied in [1, 2, 3, 4, 5].

As a consequence, reliable engineering and standard methods for wind-induced fatigue analyses are still very limited and mainly addressed to the crosswind-induced fatigue caused by vortex shedding.

Methods for winding the secondary coil were greatly improved by Heinrich Daniel Ruhmkorff (1851) in Paris, by Alfred Apps in London, and by Friedrich Klingelfuss in Basel, who was able to obtain sparks in air about 150 cm (59 inches) long.

The methods for estimating wind and wind shear are based on the hypothesis that the wind field is homogeneous at least over horizontal distances covered by the vertical and oblique beams (i.e., about 1 2 km at the altitude range of 3 5 km).

This paper proposes a non-thermal method for wind turbine blade de-icing.

It is suggested that the combination of CFD and GA is an effective method for wind lens profile design.