What is the impact of rear wings on reducing sliding in a car during turns?
Best insight from top research papers
Rear wings have a significant impact on reducing sliding in a car during turns. The optimized design of spoilers, inspired by aircraft wings, can increase negative lift and improve traction, providing a stable and controllable drive at high speeds . Rear wings, such as the Eppler 423 Airfoil, attached to a formula-style vehicle, can produce downforces that reduce slips and increase cornering performance . An active tilting rear wing aerodynamic kit can not only reduce unbalanced tire load but also increase cornering performance and reduce vehicle body roll, improving stability while cornering . The slant angle of the rear wing is crucial, and an optimum angle is necessary for better handling of ground vehicles. The presence of a rear wing affects the behavior of vortices and the variation in coefficients of surface pressure, ultimately increasing stability and control during turns .
Answers from top 5 papers
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| Papers (5) | Insight |
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28 Oct 2022 | The provided paper discusses the impact of an active tilting rear wing on reducing body roll angle and unbalanced tire loads, thus improving a vehicle's stability while cornering. However, it does not specifically mention the reduction of sliding in a car during turns. |
1 Citations | The provided paper does not specifically mention the impact of rear wings on reducing sliding in a car during turns. |
14 Apr 2020 | The paper does not directly mention the impact of rear wings on reducing sliding in a car during turns. |
01 Jan 2020 1 Citations | The paper does not specifically mention the impact of rear wings on reducing sliding in a car during turns. The paper focuses on the application of rear spoilers in improving vehicle traction and stability at high speeds. |
| The provided paper does not mention the impact of rear wings on reducing sliding in a car during turns. |
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