STRUCTURAL AND MECHANICAL VIBRATIONS QUESTION A multi DOF vibratory system shown in Figure 4 is composed of several mass

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STRUCTURAL AND MECHANICAL VIBRATIONS QUESTION A multi DOF vibratory system shown in Figure 4 is composed of several mass

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STRUCTURAL AND MECHANICAL VIBRATIONS QUESTION
Structural And Mechanical Vibrations Question A Multi Dof Vibratory System Shown In Figure 4 Is Composed Of Several Mass 1
Structural And Mechanical Vibrations Question A Multi Dof Vibratory System Shown In Figure 4 Is Composed Of Several Mass 1 (155.01 KiB) Viewed 31 times
A multi DOF vibratory system shown in Figure 4 is composed of several mass, spring and damping elements.
(System parameters: π‘˜1 = β‹― = π‘˜7 = 26519.2 𝑁/π‘š, π‘š1 = β‹― = π‘š4 = 450 π‘˜π‘”, 𝑐1 = … = 𝑐7 = 1000 𝑁𝑠/π‘šm)
a. Derive the equation of motion of the system by applying Lagrange equations.
b. Calculate the natural frequencies by applying β€œmodal analysis”.
c. Define and draw the mode shapes of free, undamped motion.
d. Using the concept of Generalized Mass, examine the orthogonality of the modal vectors.
x2(t) k6 wwwwww k2 сб 5 www k7 mβ‚‚ www S kl F2(t) www c5 k4 Fl(t) m₁ my www- m4 보 c4 k3 cl c7 wwwww c3 x3(t) x4(t) xl(t)
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