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INNOVATE SHARE CONNECT INSPIRE

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Ultra-Light High Performance Snowboard

    Development of a numerical model for the ultra-light high performance snowboard

    Development of a numerical model for the ultra-light high performance snowboard.

    Developed in collaboration with the Swiss snowboard manufacturer Nidecker SA at Rolle, the project was aimed at designing ultralight high-performance snowboards by combining the honeycomb structure technology with an a priori control approach of their modal behavior with embedded discrete damping elements. 

    The optimization strategy was based on the development of a numerical model integrating both approaches and has been validated through several prototypes tested in the laboratory and in situ. The development of a performing but economical industrial process, adapted to the production line of the industrial partner, was the second objective of the project.


    Galerie photos


    Catégorie

    New materials and structures

    Mots clés

    Snowboard , Composite and Sandwich Structures , Vibration , Structural Optimization

    Sports concernés

    Snowboarding

    Personne reponsable

    Prénom :
    H.
    Nom :
    Nidecker
    Laboratoire de Mécanique Appliquée et d’Analyse de Fiabilité
    EPFL-STI-LMAF
    1015
    Lausanne


    Contact ThinkSport for more information on the project
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