2010•Proceedings of the Institution of Mechanical Engineers Part D Journal of Automobile EngineeringRequires access

An Investigation on Rollover Prevention Systems: Unified Chassis Control versus Electronic Stability Control with Active Anti-Roll Bar

S-J Yim, Jy Yoon, WK Cho, K-S Yi

Open publisher page 26 citations

Abstract

This paper describes an investigation into rollover prevention systems. Two chassis control systems are compared with respect to rollover prevention. The first system is the unified chassis control system that consists of electronic stability control (ESC) with differential braking, longitudinal speed control, and continuous damping control. The second system is an active anti-roll bar combined with ESC with differential braking. The capabilities of these systems to control lateral acceleration and roll motion are evaluated and investigated through simulations. The lateral acceleration, the roll angle, and the rollover index are adopted as a comparison measure. The simulations are performed to identify the advantages and limitations of these systems.

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What this paper is about

This paper describes an investigation into rollover prevention systems. Two chassis control systems are compared with respect to rollover prevention. The first system is the unified chassis control system that consists of electronic stability control (ESC) with differential braking, longitudinal speed control, and continuous damping control. The second system is an active anti-roll bar combined with ESC with differential braking. The capabilities of these systems to control lateral acceleration and roll motion are evaluated and investigated through simulations. The lateral acceleration, the roll angle, and the rollover index are adopted as a comparison measure. The simulations are performed to identify the advantages and limitations of these systems.

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OpenAlex reports 26 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper describes an investigation into rollover prevention systems. Two chassis control systems are compared with respect to rollover prevention. The first system is the unified chassis control system that consists of electronic stability control (ESC) with differential braking, longitudinal speed control, and continuous damping control. The second system is an active anti-roll bar combined with ESC with differential braking. The capabilities of these systems to control lateral acceleration and roll motion are evaluated and investigated through simulations. The lateral acceleration, the roll angle, and the rollover index are adopted as a comparison measure. The simulations are performed to identify the advantages and limitations of these systems.

Key concepts: Rollover (web design), Chassis, Electronic stability control, Acceleration, Automotive engineering, Bar (unit), Control theory (sociology), Control system

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