The data presented in this article were the basis for the study reported in the research articles entitled ‘A validated design methodology for a closed loop subsonic wind tunnel’ [1], which presented a systematic investigation into the design, simulation and analysis of flow parameters in a wind tunnel using Computational Fluid Dynamics (CFD). The authors evaluated the accuracy of replicating the flow characteristics for which the wind tunnel was designed using numerical simulation. Here, we detail the numerical and experimental set-up for the analysis of the closed-loop subsonic wind tunnel with an empty test section
Wind tunnel tests of wind influence on ground objects require proper experimental modeling of the at...
The most challenging task concerning wind tunnel description is, to ascertain the supporting mechani...
As vehicle manufacturers strive to shorten the development time of new models, an increasing share o...
The data presented in this article were the basis for the study reported in the research articles en...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
A new low-speed open-jet wind tunnel has been designed and constructed at the University of Leeds. A...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
A subsonic wind tunnel was designed and built for the University of Texas at Tyler laboratories as a...
Wind tunnel is an element or experimental device that plays an important role in the development of ...
A methodology for numerically simulating the flow conditions in closed-circuit wind tunnels is devel...
A subsonic wind tunnel is a device used to create a fast stream of air through a test area in which ...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
In this paper, we discuss how CFD may be used for better understanding of wind tunnel tests. Three e...
The article presents the results of experiment model with closed parabolic wing in the wind tunnel Т...
Wind tunnels are an effective tool for understanding relationships between predicted and actual beha...
Wind tunnel tests of wind influence on ground objects require proper experimental modeling of the at...
The most challenging task concerning wind tunnel description is, to ascertain the supporting mechani...
As vehicle manufacturers strive to shorten the development time of new models, an increasing share o...
The data presented in this article were the basis for the study reported in the research articles en...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
A new low-speed open-jet wind tunnel has been designed and constructed at the University of Leeds. A...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
A subsonic wind tunnel was designed and built for the University of Texas at Tyler laboratories as a...
Wind tunnel is an element or experimental device that plays an important role in the development of ...
A methodology for numerically simulating the flow conditions in closed-circuit wind tunnels is devel...
A subsonic wind tunnel is a device used to create a fast stream of air through a test area in which ...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
In this paper, we discuss how CFD may be used for better understanding of wind tunnel tests. Three e...
The article presents the results of experiment model with closed parabolic wing in the wind tunnel Т...
Wind tunnels are an effective tool for understanding relationships between predicted and actual beha...
Wind tunnel tests of wind influence on ground objects require proper experimental modeling of the at...
The most challenging task concerning wind tunnel description is, to ascertain the supporting mechani...
As vehicle manufacturers strive to shorten the development time of new models, an increasing share o...