Schematic presentation of an anti-roll bar in action [1
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Download scientific diagram | Schematic presentation of an anti-roll bar in action [1]. from publication: Ride and handling analysis for an active anti-roll bar: Case study on composite nonlinear control strategy | This paper presents a comparison of ride and handling analysis for an active anti-roll bar system using various types of controller. Work using conventional and modern control approaches has been investigated by previous researches. This study further extends this work by | Handling (Psychology), Nonlinear Control and Nonlinear | ResearchGate, the professional network for scientists.
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Mk-Aripin/publication/242329734/figure/fig7/AS:668564201684998@1536409535361/A-linear-quarter-car-active-suspension-system_Q320.jpg)
PARAMETER VALUES FOR THE QUARTER CAR MODEL BY [12]
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Mp-Kazmierkowski/publication/3217416/figure/fig10/AS:668537467199494@1536403161275/Three-phase-VS-bridge-converter-a-Simplified-main-circuit-topology-b-DC-link_Q320.jpg)
Three-phase VS bridge converter. (a) Simplified main circuit
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Yannick-Aoustin-2/publication/281946456/figure/fig1/AS:616350150062082@1523960735711/Mass-spring-damper-barrier-system-For-the-free-motion-dynamics-0-the-model-is_Q320.jpg)
Half car model of a vehicle from front view.
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Victor-Romero-Cano/publication/274376822/figure/fig2/AS:614351731957770@1523484275297/An-instance-of-identity-disambiguation-carried-out-by-our-algorithm_Q320.jpg)
An instance of identity disambiguation carried out by our
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Atila-Bueno/publication/257810352/figure/fig5/AS:613906519187465@1523378128357/OLFC-and-SDRE-state-deviation-comparison_Q320.jpg)
Basic block diagram of CC-PWM converter.
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/publication/3217416/figure/fig10/AS:668537467199494@1536403161275/Three-phase-VS-bridge-converter-a-Simplified-main-circuit-topology-b-DC-link.png)
Three-phase VS bridge converter. (a) Simplified main circuit
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/publication/368592123/figure/fig1/AS:11431281120828103@1676650270798/Box-and-whisker-plot-comparison-between-the-classical-Chan-Vese-and-Otsus-thresholding_Q320.jpg)
Noraishikin ZULKARNAIN, Lecturer
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/publication/286222713/figure/fig3/AS:1088911833071616@1636628220173/Fishhook-a-variation-in-ph-as-a-varies-b-variation-in-ph-as-a-varies_Q320.jpg)
The mirror symmetry ambiguity of affine projections. The object
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Kemal-Ozden-2/publication/43355074/figure/fig1/AS:394347779510276@1471031245504/The-mirror-symmetry-ambiguity-of-affine-projections-The-object-and-its-mirror-reflection_Q320.jpg)
The mirror symmetry ambiguity of affine projections. The object
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/publication/269163485/figure/tbl1/AS:668908491141126@1536491620360/The-spherical-pendulum-and-nutation-damper-parameters.png)
The spherical pendulum and nutation damper parameters
![Schematic presentation of an anti-roll bar in action [1](https://i1.rgstatic.net/ii/profile.image/272814359969798-1442055420182_Q512/Noraishikin-Zulkarnain.jpg)
Noraishikin ZULKARNAIN, Lecturer
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Atila-Bueno/publication/257810352/figure/fig3/AS:613906519162881@1523378128293/OLFC-performance-a-AFM-displacement-b-deviation-from-the-desired-orbit-c-Lt_Q320.jpg)
Linear current controllers. (a) Stationary PI. (b) Synchronous PI
![Schematic presentation of an anti-roll bar in action [1](https://www.researchgate.net/profile/Francesco-Cuzzola/publication/245157610/figure/fig5/AS:510318137626624@1498680733063/Typical-behavior-of-the-system-case-n-14-2-when-controlled-by-the-SMC-control-law_Q320.jpg)
Comparison of simulation results with tuned controllers: a
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