In the present study, a three-dimensional hydroplaning model was developed to quantify the hydroplaning speed at different operating conditions of tire under flooded pavement conditions. The hydroplaning speed was simulated for no slip and partial slip cases of tire. The hydroplaning speed was also computed for different yaw angles for rolling cases. Loss of braking traction due to hydroplaning is characterized by computing longitudinal friction force with respect to a variety of slip speeds up to hydroplaning. Impending hydroplaning risk on directional stability of vehicle was studied by plotting the cornering force against a range of rolling speeds up to hydroplaning. The fluid-structure interaction was performed by means of the Coupled Eulerian Lagrangian approach in the finite element context. The proposed model provides insight on the influence of hydroplaning conditions on braking and steering efficiency of a vehicle.


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    Title :

    Hydroplaning of Rolling Tires under Different Operating Conditions


    Contributors:
    Srirangam, S.K. (author) / Anupam, K. (author) / Scarpas, A. (author) / Kasbergen, C. (author)


    Publication date :

    2013


    Size :

    12 Seiten, Bilder, 22 Quellen



    Type of media :

    Conference paper


    Type of material :

    Print


    Language :

    English




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