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Engineering · Mechanical Engineering
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Xa(t) Driver and seat m,c,k x2(t) Sprung mass Tire and wheel m,,c,,k road profile y(t) t-0 t-T Time [s (a) Find the undamped natural frequencies and plot the corresponding mode shapes of the given car model. (b) Find the transmissibility function, T(w), that can be defined between the road profile, y(t) and the driver, r3(t); and plot it as a function of w (c) Determine/measure the road profile and plot the road profile (Note that the bumps are in the shape of a half-sine) (d) If the vehicle speed is 30 km/h, find the responses for 1(t), x2(t), and x3(t) and plot thern on the same graph as function of time. (e) Find the optimum speed such that the response experience by the driver is minimum (i.e., the speed for best comfort for going over the bumps).

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