Sentence examples for experimental wind from inspiring English sources
A successful comparison with experimental wind results is given for a practical validation.
Results reveal that the wind velocity reduction effect of each gravel bed increases with increasing the experimental wind velocity.
The preferred method for determining such loadings is experimental wind tunnel studies, with Computational Fluid Dynamics (CFD) being less popular.
The improved methodology is first described and validated through experimental wind speed data, comparing the results with those obtained using the basic model.
The most common probe faults debris, ice, or water blockages are modeled using physical air data relationships and experimental wind tunnel data.
Muehleisen and Patrizi (2013) developed parametric equations to find out the values of pressure coefficients (C p) on the surfaces of rectangular low-rise building models from experimental wind tunnel data.
The major feature of the proposed approach is the implementation of the wind-source term in the momentum equation, which is adjusted using the experimental wind-tunnel data.
To demonstrate the accuracy of the method for industrial applications, the complete aerodynamic derivatives for lateral, vertical and pitching degrees-of-freedom are computed for two bridge deck sectional models and compared with experimental wind-tunnel results.
This research used two main investigative steps: experimental scaled wind tunnel testing and Computational Fluid Dynamics (CFD) simulation.
Results from the steady yaw cases are compared with experimental and wind tunnel measurements and the comparisons discussed.
This paper details an initial two-dimensional numerical model developed in order to test various modelling assumptions against experimental field wind data.
