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Track (measured between center line of wheels) In automobiles (and other wheeled vehicles which have two wheels on an axle), the axle track is the distance between the hub flanges on an axle. [1] Wheel track, track width or simply track refers to the distance between the centerline of two wheels on the same axle. In the case of an axle with ...
A series of practice laps, common on oval tracks, before heat races. Used to help drivers with their cars and improve the track's condition before racing. house car A chassis manufacturer's research and development car. [33] hydrolocking Excessive fuel entering ("flooding") one or more cylinders due to abnormal operating conditions.
X section at center of car [31] [35] [34] Width of 10 feet 8 inches (3.25 m) only possible at the trucks [31] 10 1 3.07 [31] 20 3 6.17: 63 9 19.43: e.g. Including the height of double stacked containers in well cars. The width at greater than 63 ft 9 in (19.43 m) covered by AAR Plate D1
Sprint cars are open-wheel race cars, designed primarily for the purpose of running on short oval, circular dirt or paved tracks. Historically known simply as "big cars," distinguishing them from "midget cars," sprint car racing is popular primarily in the United States and Canada, as well as in Australia, New Zealand, and South Africa.
Race tracks are primarily designed for road racing competition through speed, featuring defined start-finish lines or posts, and sometimes even a series of defined timing points that divide the track into time sectors. A racetrack for cars (i.e. a car track) is a closed circuit, instead of a street circuit utilizing temporarily closed public roads.
Thus, in a car with a short wheelbase ("SWB"), the short lever arm from the CM to the rear wheel will result in a greater lateral force on the rear tire which means greater acceleration and less time for the driver to adjust and prevent a spin out or worse. Wheelbases provide the basis for one of the most common vehicle size class systems.
Thus, in principle, the ball contacts each race at a single point. However, a load on an infinitely small point would cause infinitely high contact pressure. In practice, the ball deforms (flattens) slightly where it contacts each race, much as a tire flattens where it touches the road. The race also dents slightly where each ball presses on it.
Narrow-track vehicles may have lateral stability when stationary but usually lean into turns to prevent falling towards the outside. [ 1 ] [ 2 ] Narrow-track vehicles have unique dynamics that, in the case of wheeled vehicles, may be similar to bicycle and motorcycle dynamics and that may include countersteering . [ 3 ]