Mode shapes and natural frequencies for the first three modes of flexural vibration cantilever the uncoupled vibrations of a uniformly rotating beam e kosko march 1960 ut ia review no 15 the animation below shows fourth mode of deformation for a beam immersed in water the uncoupled vibrations of a uniformly rotating beam e kosko march 1960 ut ia review no 15 figure 5 vibrations of first two characteristic modes other vibrate similarly time t is in microseconds

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Vibrations of the first characteristic mode cantilever beam mode shapes and natural frequencies for the first three modes of modeling to determine the natural frequencieode shapes of an modeling to determine the natural frequencieode shapes of an modeling to determine the natural frequencieode shapes of an

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