For the system below, plot the total response xp(t) Assume Natural.pdf

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For the system below, plot the total response xp(t) Assume Natural.pdf

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For the polynomial below, 2 is a zero. f[x) = x - 8x + 16x - 8 Expres.pdf

For the polynomial below, 2 is a zero. f[x) = x - 8x + 16x - 8 Expres.pdf

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For the system below, plot the total response xp(t) Assume Natural.pdf

25 Mar 2023•0 j'aime•2 vues

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For the system below, plot the total response xp(t) Assume: Natural frequency = 9 Hz Damping ratio = 3% (you can compute damper value bp) Stiffness = 10000 N/m Force amplitude = 100 N. Excitation frequency = 9.5 Hz (omega = f2 pi). Solution TO plot total response natural frequency=9 hz damping ratio=3% stiffness=10000n/m force ampitude=100N excitation frequency=9.5rev/min then total response is here mass is m(p) force is f(t)=fsin(wt) damper value is b(p) spring stiffness is k(p) the base on this all three are mounted on fixed plate so response is zero..

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For the system below, plot the total response xp(t) Assume Natural.pdf

For the system below, plot the total response xp(t) Assume: Natural frequency = 9 Hz Damping ratio = 3% (you can compute damper value bp) Stiffness = 10000 N/m Force amplitude = 100 N. Excitation frequency = 9.5 Hz (omega = f2 pi). Solution TO plot total response natural frequency=9 hz damping ratio=3% stiffness=10000n/m force ampitude=100N excitation frequency=9.5rev/min then total response is here mass is m(p) force is f(t)=fsin(wt) damper value is b(p) spring stiffness is k(p) the base on this all three are mounted on fixed plate so response is zero.