2012•Unpublished venueRequires access

Study on control strategy for vehicle braking force on low adhesive cornering road

Dandan Song, Tao Yang

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Abstract

Along with reducing the centrifugal force based on decreased speed using vehicle braking, the maximum lateral force of the wheel could bear diminishing gradually. In this paper, the deficiency of vehicle's anti-lock braking system on cornering road is analyzed, a control strategy of vehicle braking on low adhesive cornering road is presented, vehicle's ABS and the biggest lateral force of the wheel could bearing when vehicle occur side slip are comprehensive considered, and the maximum braking force applied to vehicle can be determined according to relatively small value of both. Simulation shows the validity of the proposed control method.

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What this paper is about

Along with reducing the centrifugal force based on decreased speed using vehicle braking, the maximum lateral force of the wheel could bear diminishing gradually. In this paper, the deficiency of vehicle's anti-lock braking system on cornering road is analyzed, a control strategy of vehicle braking on low adhesive cornering road is presented, vehicle's ABS and the biggest lateral force of the wheel could bearing when vehicle occur side slip are comprehensive considered, and the maximum braking force applied to vehicle can be determined according to relatively small value of both. Simulation shows the validity of the proposed control method.

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Available abstract

Along with reducing the centrifugal force based on decreased speed using vehicle braking, the maximum lateral force of the wheel could bear diminishing gradually. In this paper, the deficiency of vehicle's anti-lock braking system on cornering road is analyzed, a control strategy of vehicle braking on low adhesive cornering road is presented, vehicle's ABS and the biggest lateral force of the wheel could bearing when vehicle occur side slip are comprehensive considered, and the maximum braking force applied to vehicle can be determined according to relatively small value of both. Simulation shows the validity of the proposed control method.

Key concepts: Threshold braking, Dynamic braking, Automotive engineering, Slip angle, Electronic brakeforce distribution, Braking distance, Slip (aerodynamics), Anti-lock braking system

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