wind tunnel


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wind tunnel

 (wĭnd)
n.
A chamber through which air is forced at controlled velocities in order to study the effects of aerodynamic flow around airfoils, scale models, or other objects.

wind tunnel

(wɪnd)
n
(Aeronautics) a chamber for testing the aerodynamic properties of aircraft, aerofoils, etc, in which a current of air can be maintained at a constant velocity

wind′ tun`nel

(wɪnd)
n.
a tubular chamber in which scale-model aircraft or other objects can be suspended and studied to determine their aerodynamic response to airflow of controlled velocity.

wind tunnel

A chamber through which air can be forced at controlled speeds so its effect on an object, such as an aircraft, can be studied.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.wind tunnel - a structure resembling a tunnel where air is blown at known velocities for testing parts of aircraft
structure, construction - a thing constructed; a complex entity constructed of many parts; "the structure consisted of a series of arches"; "she wore her hair in an amazing construction of whirls and ribbons"
Translations

wind tunnel

[ˈwɪndˌtʌnl] ngalleria aerodinamica or del vento
References in periodicals archive ?
The wind tunnel tests at Imperial explored the 'load' that a model of the kite-energy device measuring three metres x one metre was subjected to, as well as the effect of 'drag' as it manoeuvred.
Despite the incredible success of British cycling over the last decade, the sport has never had a dedicated wind tunnel facility in the UK.
Researchers carrying out the study used this combination of computer simulations and wind tunnel measurements to examine two pelotons of 121 riders, where the distance between the rows differed slightly.
It has two themes: First, how world class hypersonic wind tunnels went from Peenemunde on the Baltic coast of northern Germany to the scenic town of Kochel, Bavaria, and then to the Navy Ordinance Laboratory in White Oak, Maryland.
According to NRC aerodynamics research officer Melissa Richardson, the project research officer in charge of the wind tunnel tests, "we are testing the landing gear/Sniper Pod installation at wind speeds of about 200 knots or 100 metres a second, which simulates the CF-188's takeoff and landing speeds.
Wind Tunnel 1 is set up for hot and cold immersion testing.
Firstly, the paper reviewed the current state of the art on wind tunnel tests for several typical kinds of large-span roofs, particularly as it relates to the influence of geometry parameters and terrain type on the characteristics of wind load.
The wind tunnel's large size and ability to run at a pressure of up to three atmospheres provide high-quality data that can accurately predict an aircraft's performance at full scale.
"[The new wind tunnel will be] one of the most powerful and advanced ground test facilities for hypersonic vehicles in the world.
The present paper investigates such a setup in the Volvo Cars aerodynamic wind tunnel. First, the boundary layer displacement thickness downstream of the tangential blowers is examined for the empty tunnel, followed by a study of the impact from this tangential blowing arrangement on the force deltas measured between aerodynamic configurations on two production cars.
The wind tunnel can produce smooth air flows like those that occur in the upper atmosphere as well as chaotic flows as found at lower levels in forests or in streets flanked by buildings on both sides.
I spoke to Boom CEO and co-founder Blake Scholl about the completed wind tunnel testing, and asked why this was such a big step for the startup.