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For pictures of the main terminal model building see The external geometry of the main and surrounding buildings is however well-defined and is supplied in detail

...ether satisfactory results could be achieved in these calculations and the main assessment parameters could be reproduced fairly well. It should be remembe

the main part like the vortex shedding flow past long cylinders. At small aspect rat carried out, covering a fairly wide range of the main parameters ''Re'', ''h/D'' and ''δ/h'' and of

...openings of a street canyon by means of turbulence and advection, with the main influencing variables being the roof height along the street canyon walls a

The computations by Andersson et al. (1993) gave the following main results: besides the shortcomings following from the use of wall functions

The main flow physics associated with this application challenge are strong interact ...ence to suggest that, at high lift, transition on the upper surface of the main element is forward of the applied transition fix.

To capture the main flow features, a two-dimensional axi-symmetric computation can be undertake

and here only the main findings are reproduced. for both cases. The main features are again predicted quite well, at least qualitatively (for

...flow is the development of the wake and its interaction (mixing) with the main flow. |+ '''Table 1.''' Main features of the test cascade.

and only the main elements of those presented is rather limited, partly because the main emphasis was on assessing

The main intention of performing CFD calculations was to find the global flow field Table 3-I, partially taken from Eisenlohr et al. [2], summarizes the main features of each code.

The main issue for the accurate prediction of this case is the selection of the turb

The URANS models are capable of capturing the main unsteady feature of this flow, the main flow features in the adverse pressure gradient region in the draft tube.

is at the beginning of the flat floor and hence within the main main separation region in the reattached flow. At both Re the

...>nd</sup> order discretization scheme is desirable, it was found, that the main flow features ([[DOAP]]s) were already well captured with a slightly less a While the grid is fine enough to capture most of the main flow features it is still too coarse to resolve the shock giving a smeared

The main flow bulk parameters obtained in the different wind tunnel and numerical st ===Main flow features and statistics===

...ions of a single contribution, in which it is shown that the length of the main recirculation zone The main sources of uncertainties in experiments are the model quality and, in parti

...ch flows is dependent on reliable data of generic test cases including the main features of the respective flow phenomena. ...a strong impact on the point of reattachment. The length and height of the main recirculation bubble varies with the Reynolds number. Furthermore, a tiny r

...-affected annulus flows have been reported by Guy et al (1999). One of the main objectives of this study was to establish whether buoyancy might cause the In this case, Model 1 is applied in the main flow region. However a considerably coarser near-wall grid is employed, wit

...kinetic energy and the streamwise and radial normal stress components. The main findings of Hassan and McGuirk with respect to pressure and skin friction c