Show that the natural vibration frequency of the system in Fig. E1.6a is w, = w,(1 – w/wa)², where Wn is the natural vibration frequency computed neglecting the action of gravity, and wer is the buckling weight. 2.18

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m
ele
fs
N.
h
mg
(a)
(b)
(c)
Figure E1.6
Transcribed Image Text:m ele fs N. h mg (a) (b) (c) Figure E1.6
Show that the natural vibration frequency of the system in Fig. E1.6a is w, = w,(1 – w/w)/2, where
Wn is the natural vibration frequency computed neglecting the action of gravity, and wer is the buckling
weight.
2.18
Transcribed Image Text:Show that the natural vibration frequency of the system in Fig. E1.6a is w, = w,(1 – w/w)/2, where Wn is the natural vibration frequency computed neglecting the action of gravity, and wer is the buckling weight. 2.18
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