The study provides an analytical basis for preliminary design of Personal Rapid Transit (PRT) system guideways and vehicle suspension systems. Careful attention has been given to the development of high fidelity mathematical models of PRT vehicle dynamics, including primary and secondary suspension systems. The report presents the equations of motion of a nine degree of freedom vehicle model traversing a moving guideway. Also included are the equations of small elastic vibration for both straight and curved elevated guideways, modeled as elastic beams. Vehicle and guideway equations are combined for purposes of system stability analysis and simulation.


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    Dynamic Interactions and Optimal Design of PRT Vehicles on Elevated Guideways

    P. W. Likins / R. B. Nelson / D. L. Mingori | NTIS | 1976


    Dynamic Interactions and Optimal Design of PRT Vehicles on Elevated Guideways

    R. B. Nelson / D. L. Mingori / R. R. Allen | NTIS | 1977


    Dynamic interactions and optimal design of PRT vehicles on elevated guideways

    Likins, P.W. / Nelson, R.B. / Mingori, D.L. | Tema Archiv | 1976


    Concrete Guideways for Maglev Vehicles

    Mast, R. F. / Guarre, J. S. / LaNier, M. W. | British Library Conference Proceedings | 2000