THE EFFECTS OF VEHICLE DESIGN PARAMETERS ON HANDLING FREQUENCY RESPONSE CHARACTERISTICS

Auteur(s)
STARKEY, JM PURDUE UNIV, WEST LAFAYETTE, USA
Jaar
Samenvatting

The yaw-plane handling model is used to derive the yaw-rate and side-slip frequency response functions for a highway vehicle. These functions are second order with first order numerator terms. The dynamic parameters in these functions (time constants, steady-state gains, natural frequencies, and damping ratios) are derived in terms ofvehicle design parameters (such as centre-of-gravity location, tyrecornering stiffness, and vehicle mass and inertia), and plotted versus vehicle speed. The relationship between these vehicle design parameters and the dynamic parameters are then discussed. The insight gained from this exercise should lead to better vehicle designs. (A).

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Publicatie

Bibliotheeknummer
I 864518 IRRD 9406
Uitgave

INTERNATIONAL JOURNAL OF VEHICLE DESIGN INDERSCIENCE ENTERPRISES LTD WORLD TRADE CENTER BUILDING, 110 AVENUE LOUIS CASAI, CASE POSTALE 306 LCH-1215 GENEVA-AEROPORT SUISSE U0143-3369 SERIAL 1993 E14 5/6 PAG: 497-510 T8

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