Sentence examples for the roof corner from inspiring English sources

The main focus of this paper is the roof corner vortex.

The laboratory-field comparison of the roof corner pressures revealed trends observed in previously reported investigations.

Moreover, extreme value analysis is performed using an automated procedure to determine the peak suction pressure coefficients on the roof corner.

However, the previous numerical studies have not reported much about the results on the roof corner vortex, which is believed to be very important in engineering applications.

The roof corner pressures acquired for a wider than previously reported range of the wind azimuth are presented and compared with the available field results.

Detailed analysis of the mean, fluctuating and negative peak pressures measured on the roof corner zone is conducted to investigate the pressure characteristics in conical vortex region under wind actions with oblique directions.

Nearby mining activity causes asymmetric deformation of the entry and shear-slip at the roof corners.

The critical role of the vertical wind angle in inducing extremely high suction peaks is discussed in detail as an effort to understand the basic mechanism for peak pressure generation in the roof-corner region.

Thus, for a complete understanding of the turbulence effect of the incident wind on the fluctuations of the roof-corner surface pressures, the incident wind needs to be considered as a three-dimensional velocity vector, as it is in reality.

Observations were made with the flow normal to the roof edges for roof pressures along a line parallel to the flow, and for the roof-corner pressures with oblique azimuth angles.

The Nonparametric Independent Component Analysis (NICA) method is introduced to detect/infer the presence of roof corner vortex from experimentally measured wind pressure data.