Wind tunnels are devices that provide invaluable insights into aerodynamics. They are carefully designed and built environments, mirroring the physics of the natural world, in which air flows can be ...
The institute has a number of setups that permit experimental wind tunnel analysis of various model configurations with different motion forms to meet the needs of various issues within the field of ...
The H2K of the DLR Institute of Aerodynamics and Flow Technology in Cologne is a wind tunnel with a free-jet test section. The facility enables aerodynamic and aerothermal characterisation for scale ...
Typically, when we talk about wind tunnels, we think of the big facilities in use by the aerospace and motorsports industries. However, there’s nothing stopping you building a wind tunnel of ...
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The A1 wind tunnel at the University of Bristol is closed-section wind tunnel, with a 2.1 m x 1.5 m octagonal test section and can reach flow speed of 60 m/s. The return section, measuring at 5.5 m x ...
The basic research wind tunnel at Western Michigan University's applied aerodynamics laboratory is shown schematically in Figure 1. It was donated by General Motors. This tunnel will be set up as long ...
The aeroacoustic wind tunnel at the University of Bristol is a unique facility, with a National Wind Tunnel status and heavily used for academic and industrial projects. The facility was designed by ...
Before anything leaves ground though, these machines are tested in wind tunnels. [Scott Manley]’s video “How Hypersonic Wind Tunnels Recreate Mach 20” (embedded below) does a wonderful job ...
No one genuinely needs a wind tunnel to put their toy cars in, and yet that’s precisely what a startup has been working to realize since late last year. The product’s just been launched—it ...
The upgraded wind tunnel will be able to measure and reduce airflow resistance from wheels and tires, which can account for up to 10% of total real-world aerodynamic drag. Optimizing aerodynamic ...