Sentence examples for boundary layer wind field from inspiring English sources

The specific catch ratio under uniform flow is derived and then extended to the atmospheric boundary layer wind field.

The test was conducted in both smooth and simulated boundary layer wind fields with various combinations of wind yaw angle and inclination angle.

In wind tunnel tests, mean and fluctuating forces and pressures on the building models for the cases of an isolated building and the building with the existing surrounding condition are measured by the high-frequency force balance technique and synchronous multi-pressure sensing system under two typical boundary layer wind flow fields.

This paper presents a Boundary Layer Wind Tunnel study on wind-driven natural ventilation for a low-rise building at a model-testing scale of 1 20.

The atmospheric variability issue is thoroughly discussed, and a concept for the provision of validation data based on a combination of field and boundary layer wind tunnel experiments is presented.

This paper presents field measurement results of boundary layer wind characteristics over typical open country and urban terrains and wind-induced responses of two super-tall buildings during the passages of windstorms.

The prediction of wind driven snowdrift development around complex surface obstacles and elevated structures presently relies heavily on experience and experimental and numerical flow field analyses using, for example, boundary layer wind tunnels, cryospheric wind tunnels, water flumes and computational fluid dynamics (CFD).

Detailed analysis of the field data and comparative study are conducted to investigate the boundary layer wind characteristics and wind effects on the super-tall buildings.

The calculated wind energy potential based on the field measurements was compared with the estimated value based on respective boundary layer wind tunnel data.

One key reason for such success is that the turning of lower boundary layer wind and pressure gradient are well represented in the time-varying three-dimensional WRF fields.

This motivated a wide and parametric investigation aimed to explore the general trend of their aerodynamic behaviour, and experimental tests on in-scale models were performed in the CRIACIV boundary layer wind tunnel (see Rizzo, 2009; Rizzo et al., 2011, 2012), to measure pressure fields for several angles of attack of the incoming wind on different models of hyperbolic paraboloid roofs.