Sentence examples for mean wind flow from inspiring English sources

We investigate the effect of flow unsteadiness on the mean wind flow pattern in an idealized urban environment.

Mean wind flow around each building model and wind-induced flow inside re-entrant bays are computed.

This study investigates the effect of roof and façade geometry on the mean wind flow and turbulence in street canyons, as well as the ability of numerical simulation techniques in capturing the flow features.

The theory of the filtering effect of a gravity wave by its absorption into the mean wind flow at a critical layer is valid only when the background wind through which wave is propagating is somewhat stable (Richardson's number, Ri, of the background medium is greater than 1/4).

While most thunderstorms move with the mean wind flow through the layer of the troposphere that they occupy, vertical wind shear causes a deviation in their course at a right angle to the wind shear direction.

Raindrop motion is simulated by Lagrangian particle tracking in the mean wind-flow pattern with a reference wind speed U10=10 m/s.

The study shows that for the present application, the 3D steady RANS approach with the realisable k ε model can provide an accurate assessment of the complex mean wind-flow patterns and the funnelling effect by the natural complex topography on the wind.

Subsequently, the modal parameters of the model for different mean velocities of wind flow are directly estimated using weight matrices in the neural network.

Over flat terrain, a nearly laminar wind flow (a pattern where winds from an upper layer easily slide past winds from a lower layer) can result.

Although the 'roughness' of the terrain in urban environments can mean a reduced and more turbulent wind flow compared to open spaces, urban wind speeds increase the further you are from the ground.

Table 5 Average wind velocity of Horns Rev OSWF Wind flow direction Average wind velocity (p.u).