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  1. Journal of Central South University of Technology
  2. Journal of Central South University of Technology : Volume 5
  3. Journal of Central South University of Technology : Volume 5, Issue 2, November 1998
  4. H$_{∞}$ control of an active suspension system
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Journal of Central South University of Technology : Volume 24
Journal of Central South University of Technology : Volume 23
Journal of Central South University of Technology : Volume 22
Journal of Central South University of Technology : Volume 21
Journal of Central South University of Technology : Volume 20
Journal of Central South University of Technology : Volume 19
Journal of Central South University of Technology : Volume 18
Journal of Central South University of Technology : Volume 17
Journal of Central South University of Technology : Volume 16
Journal of Central South University of Technology : Volume 15
Journal of Central South University of Technology : Volume 14
Journal of Central South University of Technology : Volume 13
Journal of Central South University of Technology : Volume 12
Journal of Central South University of Technology : Volume 11
Journal of Central South University of Technology : Volume 10
Journal of Central South University of Technology : Volume 9
Journal of Central South University of Technology : Volume 8
Journal of Central South University of Technology : Volume 7
Journal of Central South University of Technology : Volume 6
Journal of Central South University of Technology : Volume 5
Journal of Central South University of Technology : Volume 5, Issue 2, November 1998
Electrodeposition of corrosion-resistant zinc-alloy powder from alkaline solution
Preparation of nanosized metal-oxide ultrafine powders by atomizing-combustion technique
Carbon diffusion paths in Ni-Ta-C system
Heat treatment behavior of can-forged titanium aluminide alloy in (α+γ) region
Internal stress mechanism of carbon transmission under high temperature and high pressure
Study on densification of chemical manganese dioxide for batteries
Free alkali recovery from NaOH leaching liquor of tungsten ore by electrolysis with ion-exchange membrane
Mechanism and application of coal dry beneficiation with air-dense medium fluidized bed
Fine coal and three product dry beneficiation with vibration and double-density fluidized beds
Study on interaction energy between flotation reagent and mineral surface
Selective recovery of silver from an acidic solution by cementation with copper
Determination of thermal conductivity for particulate materials
Experimental and theoretical study of static-dynamic mixed mode brittle fracture of rock
A simple method of determining stress intensity factor K $_{I}$ from isochromatic fringe loops
Imitating study on blasting effect of jointed rock masses
Property and metallogenic characteristics of alkali-rich porphyry in western margin of Yangtze Platform
H$_{∞}$ control of an active suspension system
Syntheses and UV spectra of salicyladehyde derivatives
Determining the structures and parameters of radial basis function neural networks using improved genetic algorithms
Journal of Central South University of Technology : Volume 5, Issue 1, May 1998
Journal of Central South University of Technology : Volume 4

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H$_{∞}$ control of an active suspension system

Content Provider Springer Nature Link
Author Liu, Shaojun Zhong, Jue Yamada, Hironao Suematsu, Yoshikazu
Copyright Year 1998
Abstract An H$_{∞}$ controller for an active suspension system is designed, which has taken the performance of ride comfort and the system robustness into account. Simulation results show that a concentrated weighting of the car body acceleration output, for the frequency where human being are most sensitive to vibration, has been executed by introducing the frequency dependent weighing function, thus the suspension acceleration frequency response characteristic can be improved. It is also pointed out that the designed controller is effective in the system robustness against the fluctuation of parameter of system.
Starting Page 134
Ending Page 137
Page Count 4
File Format PDF
ISSN 10059784
Journal Journal of Central South University of Technology
Volume Number 5
Issue Number 2
e-ISSN 19930666
Language English
Publisher Central South University of Technology
Publisher Date 1998-01-01
Publisher Place Changsha
Access Restriction Subscribed
Subject Keyword H$_{∞}$ control active suspension ride comfort robustness Engineering Metallic Materials
Content Type Text
Resource Type Article
Subject Mechanics of Materials Materials Science Mechanical Engineering
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