Human comfort and safety analysis in virtual case prototyping: Off-road vehicle

S. P. Leino, J. Viitaniemi, S. Keula

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

    2 Citations (Scopus)

    Abstract

    EU demands on comprehensive assessment of human comfort, health and safety impacts are increasing. The goal of this study was to find out ways to simulate dynamics of human-machine systems and to analyse human comfort and safety as a part of virtual prototyping. The main objectives were to model human biomechanics and behaviour and tune the human model tools in order to assess and optimize the performance of human-machine system. The main research problem was to to find out correspondence between an experimental test and simulated data in order to simulate human responses for external impacts. A commercial human modelling tool and dynamics simulation software was applied. New specified kinetic human model was developed during the research project. Tested kinetic human models can be tuned to perform moderately well at a certain point of working situation.

    Original languageEnglish
    Title of host publicationProceedings of Digital Human Modeling Conference
    PublisherVDI Verlag GmbH
    Pages457-466
    ISBN (Print)3-18-091675-3, 0-7680-1025-X
    Publication statusPublished - 1 Dec 2002
    MoE publication typeA4 Article in a conference publication
    EventDigital Human Modeling Conference - München, Germany
    Duration: 18 Jun 200222 Jun 2002

    Publication series

    SeriesVDI-Berichte
    Number1675
    ISSN0083-5560

    Conference

    ConferenceDigital Human Modeling Conference
    CountryGermany
    CityMünchen
    Period18/06/0222/06/02

    Fingerprint

    Off road vehicles
    Man machine systems
    Kinetics
    Biomechanics
    Health
    Computer simulation

    Cite this

    Leino, S. P., Viitaniemi, J., & Keula, S. (2002). Human comfort and safety analysis in virtual case prototyping: Off-road vehicle. In Proceedings of Digital Human Modeling Conference (pp. 457-466). VDI Verlag GmbH. VDI-Berichte, No. 1675
    Leino, S. P. ; Viitaniemi, J. ; Keula, S. / Human comfort and safety analysis in virtual case prototyping : Off-road vehicle. Proceedings of Digital Human Modeling Conference. VDI Verlag GmbH, 2002. pp. 457-466 (VDI-Berichte; No. 1675).
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    title = "Human comfort and safety analysis in virtual case prototyping: Off-road vehicle",
    abstract = "EU demands on comprehensive assessment of human comfort, health and safety impacts are increasing. The goal of this study was to find out ways to simulate dynamics of human-machine systems and to analyse human comfort and safety as a part of virtual prototyping. The main objectives were to model human biomechanics and behaviour and tune the human model tools in order to assess and optimize the performance of human-machine system. The main research problem was to to find out correspondence between an experimental test and simulated data in order to simulate human responses for external impacts. A commercial human modelling tool and dynamics simulation software was applied. New specified kinetic human model was developed during the research project. Tested kinetic human models can be tuned to perform moderately well at a certain point of working situation.",
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    Leino, SP, Viitaniemi, J & Keula, S 2002, Human comfort and safety analysis in virtual case prototyping: Off-road vehicle. in Proceedings of Digital Human Modeling Conference. VDI Verlag GmbH, VDI-Berichte, no. 1675, pp. 457-466, Digital Human Modeling Conference, München, Germany, 18/06/02.

    Human comfort and safety analysis in virtual case prototyping : Off-road vehicle. / Leino, S. P.; Viitaniemi, J.; Keula, S.

    Proceedings of Digital Human Modeling Conference. VDI Verlag GmbH, 2002. p. 457-466 (VDI-Berichte; No. 1675).

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

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    N2 - EU demands on comprehensive assessment of human comfort, health and safety impacts are increasing. The goal of this study was to find out ways to simulate dynamics of human-machine systems and to analyse human comfort and safety as a part of virtual prototyping. The main objectives were to model human biomechanics and behaviour and tune the human model tools in order to assess and optimize the performance of human-machine system. The main research problem was to to find out correspondence between an experimental test and simulated data in order to simulate human responses for external impacts. A commercial human modelling tool and dynamics simulation software was applied. New specified kinetic human model was developed during the research project. Tested kinetic human models can be tuned to perform moderately well at a certain point of working situation.

    AB - EU demands on comprehensive assessment of human comfort, health and safety impacts are increasing. The goal of this study was to find out ways to simulate dynamics of human-machine systems and to analyse human comfort and safety as a part of virtual prototyping. The main objectives were to model human biomechanics and behaviour and tune the human model tools in order to assess and optimize the performance of human-machine system. The main research problem was to to find out correspondence between an experimental test and simulated data in order to simulate human responses for external impacts. A commercial human modelling tool and dynamics simulation software was applied. New specified kinetic human model was developed during the research project. Tested kinetic human models can be tuned to perform moderately well at a certain point of working situation.

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    Leino SP, Viitaniemi J, Keula S. Human comfort and safety analysis in virtual case prototyping: Off-road vehicle. In Proceedings of Digital Human Modeling Conference. VDI Verlag GmbH. 2002. p. 457-466. (VDI-Berichte; No. 1675).