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2019 | OriginalPaper | Buchkapitel

Theoretical Foundations of Optimal Two-Step Control of Suspension Stiffness of Transport Vehicle in Oscillation Cycle

verfasst von : K. V. Chernyshov, I. M. Ryabov, A. V. Pozdeev

Erschienen in: Proceedings of the 4th International Conference on Industrial Engineering

Verlag: Springer International Publishing

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Abstract

The article dwells upon the issues of control over suspension stiffness of transport vehicle in the oscillation cycle. This article describes the methods of stiffness change for suspension and identifies two principal schemes of two-step stiffness change for the suspension: a suspension with constant step stiffness and a suspension with variable step stiffness. Mathematical models of suspensions with a two-step stiffness control in a single-mass oscillating system were developed for each of the two principal schemes of stiffness control. Having employed the maximum principle of L. S. Pontriagin, the algorithms for the optimal suspension stiffness control were determined. In particular, it was found that, when the oscillating system is unbalanced with the subsequent absence of the external force and kinematic action, any stiffness switching, even chaotic one, results in a decrease in the motion amplitudes of the sprung mass and oscillation damping. The optimal control algorithm in case of kinematic disturbance of the oscillating system is an algorithm at which the activation of a suspension step with a higher stiffness occurs during the change in the direction of suspension deformation, and the system switches to the lower stiffness during the change in the direction of the sprung mass motion.

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Nächstes Kapitel Potential Vibration Isolation Qualities of Suspensions with Two-Step Stiffness Control in Oscillation Cycle

Fitilev BN, Averyanov GS, Belkov VN (1981) Air suspension. USSR patent 8,442,295, 30 Jun 1981

Gustomiasov AN (1978) Analiz kolebatel’noj sistemy podveski avtomobilya s diskretnym izmeneniem zhyostkosti (Analysis of the oscillating system of vehicle suspension with discontinuous stiffness change). Izv Vuzov 5:187–188

Yoshimura T, Takagi A (2004) Pneumatic active suspension system for a one-wheel car model using fuzzy reasoning and a disturbance observer. J Zhejiang Univ Sci 5(9):1060–1068CrossRef

Gneusheva EM, Fominova OV, Chernyshev VI (2006) Dinamicheskie svojstva vibrozashchitnyh sistem s dopolnitel’nym uprugodempfiruyushchim zvenom preryvistogo dejstviya (Dynamic behavior of vibration isolation systems with an auxiliary springing and damping component element of interruptive action). Spravochnik Inzhenernyj Zh 6:59–64

Kalashnikov BA (2008) Sistemy amortizacii ob”ektov s diskretnoj kommutaciej uprugih ehlementov (Shock-absorbing system of the installations with discontinuous overlapping of the springing elements). Omsk State Technical University, Omsk, p 344

Fitilev BN, Komochkov VA, Pozdeev AV (2009) K raschyotu kharakteristik pnevmoelementa s vozdushnym dempfirovaniem (Determination of characteristics of the pneumatic element with damping by air). In: Progress transportnyh sredstv i sistem—2009, vol. 2. Volgograd State Technical University, Volgograd, 13–15 Oct 2009, pp 40–47

Khamitov RN (2008) Sintez sistemy upravleniya impul’snym ehlektrodinamicheskim klapanom pnevmoamortizatora (Synthesis of a system to control the impulse operated electrodynamical valve of the impact attenuation bag). Spravochnik Inzhenernyj Zh 2:62–64

Khamitov RN, Averyanov GS, Korchagin AB (2009) Rabochie processy dvuhkamernogo pnevmaticheskogo amortizatora s kratkovremennoj kommutaciej ob”emov (Work processes of a two-chamber air-assisted shock absorber with a short-time overlapping of volumes). Vestn Mashinostr 10:19–23

Chernyshov KV, Pozdeev AV, Novikov VV, Riabov IM (2010) Opredelenie uslovij optimal’nogo regulirovaniya zhestkosti pnevmaticheskoj podveski ATS (Determination of conditions for the optimal control of air suspension stiffness of a vehicle). Gruzovik 11:2–5

10.

Novikov VV, Pozdeev AV (2010) Opredelenie optimal’nyh algorit-mov regulirovaniya aktivno-upravlyaemyh pnevmopodvesok (Determination of optimal control algorithms for the actively controlled air suspensions). Gruzovik 5:6–10

11.

Podzorov AV, Gorobtsov AS, Liashenko MV (2010) Matematicheskaya model’ upravlyaemoj sistemy podressorivaniya ATS (Mathematical model of the controlled springing system of a vehicle). Avtomobil Prom 9:16–19

12.

Pozdeev AV, Novikov VV, Chernyshov KV, Riabov IM (2011) Sintez algoritmov optimal’nogo upravleniya dempfirovaniem i zhyostkost’yu podveski ATS (Design of algorithms for the optimal control of damping and stiffness of vehicle suspension). Gruzovik 6:2–6

13.

Diakov AS, Pozdeev AV, Pokhlebin AV (2011) Optimal’noe upravlenie zhyostkost’yu i dempfirovaniem podveski ATS na osnove principa maksimuma L.S. Pontryagina (Optimal damping and stiffness control of vehicle suspension based on the maximum principle of L.S. Pontriagin). Vestn Akad Voen Nauk 2:132–139

14.

Pozdeev AV (2011) Kommutaciya polostej kak sposob povysheniya vibrozashchitnyh svojstv dvuhkamernyh pnevma-ticheskih ressor (Overlapping of chambers as a way to improve the vibration isolation qualities of two-chamber air springs). In: SWorld: Nauchnye issledovaniya i ih prakticheskoe primenenie. Sovremennoe sostoyanie i puti razvitiya `2011. Part 2. Engineering sciences, Odessa National Maritime University, Odessa, 4–15 Oct 2011, pp 40–48

15.

Novikov VV, Pozdeev AV, Diakov AS, Karlov VI, Cherkashina EA (2011) Air suspension. RU Utility model 109,698, 2011

16.

Riabov IM, Pozdeev AV, Novikov VV, Diakov AS, Chernyshov KV (2011) Vehicle wheel suspension. RU Utility model 109,697, 2011

17.

Pozdeev AV, Novikov VV, Diakov AS, Pokhlebin AV, Riabov IM, Chernyshov KV (2013) Reguliruemye pnevmaticheskie i pnevmogidravli-cheskie ressory podvesok avtotransportnyh sredstv (Controlled air and air-hydraulic springs of vehicle suspensions). Volgograd State Technical University, Volgograd, p 244

18.

Pozdeev AV, Diakov AS, Novikov VV, Riabov IM (2013) Samoreguliruemye dvuhkamernye pnevmaticheskie ressory s kommutaciej polostej (Self-regulated two-chamber air springs with overlapping of chambers). Gruzovik 9:2–5

19.

Pozdeev AV, Diakov AS, Novikov VV, Riabov IM (2013) Issledovaniya dvuhkamernoj pnevmaticheskoj ressory s kommutaciej polostej (Researches of a two-chamber air spring with overlapping of chambers). Gruzovik 1:35–37

20.

Chernyshov KV, Pozdeev AV, Riabov IM (2013) Matematicheskoe obosnovanie al-goritma optimal’nogo upravleniya zhyostkost’yu uprugogo ehlementa v odnomassovoj kolebatel’noj sisteme (Mathematical justification of the algorithm of optimal stiffness control of the springing element in a single mass oscillation system). Izv VolgGTU. Seriya “Nazemnye transportnye sistemy”, part 6. Interuniversity collection of scientific articles, Volgograd State Technical University 10(113):38–42

21.

Pozdeev AV (2015) Vibrozashchitnye svojstva dvuhpo-lostnyh pnevmaticheskih ressor na osnove sinteza opti-mal’nyh algoritmov kommutacii polostej (Vibration isolation qualities of two-chamber air springs based on design of the optimal algorithms of overlapping of chambers). Tekhnol Koliosnykh Gusenichnykh Mashyn 1:27–31

22.

Pontriagin LS, Boltianskiy VG, Gamkrelidze RV, Mishchenko EF (1976) Matematicheskaya teoriya optimal’nyh processov (Mathematical theory of optimal processes). Nauka, Moscow, p 392

23.

Chernyshov KV, Novikov VV, Riabov IM (2006) Opredelenie uslovij optimal’nogo upravleniya dempfirovaniem podveski ATS na osnove principa maksimuma L.S. Pontryagina (Determination of conditions of the optimal damping control of vehicle suspension based on the maximum principle of L.S. Pontriagin). Traktory Selskokhoziaystvennyie Mashiny 2:13–15

Titel: Theoretical Foundations of Optimal Two-Step Control of Suspension Stiffness of Transport Vehicle in Oscillation Cycle
verfasst von: K. V. Chernyshov
I. M. Ryabov
A. V. Pozdeev
Verlag: Springer International Publishing
Buch: Proceedings of the 4th International Conference on Industrial Engineering
Print ISBN: 978-3-319-95629-9

Electronic ISBN: 978-3-319-95630-5

Copyright-Jahr: 2019
DOI: https://doi.org/10.1007/978-3-319-95630-5_46

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