Problem :- A vehicle wheel with weight W attached to it through a spring, it is rolling along a wavy surface with constant speed (v = 18.25 m/sec) the static deflection of the spring under the load W is 9.8 cm and the wavy surface is given by the [h= H cos (wt)], where ▸ the wave length of the wavy surface = 183 cm and H=2.5 cm. Determine the amplitude of the forced vibration. K = 2.3 x 105 H = 2.5 cm h stimo W

Problem :- A vehicle wheel with weight W attached to it through a spring, it is rolling along a wavy surface with constant speed (v = 18.25 m/sec) the static deflection of the spring under the load W is 9.8 cm and the wavy surface is given by the [h= H cos (wt)], where ▸ the wave length of the wavy surface = 183 cm and H=2.5 cm. Determine the amplitude of the forced vibration. K = 2.3 x 105 H = 2.5 cm h stimo W

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Problem :-
A vehicle wheel with weight W attached to
it through a spring, it is rolling along a wavy
surface with constant speed (v = 18.25
m/sec) the static deflection of the spring
under the load W is 9.8 cm and the wavy
surface is given by the [h= H cos (wt)],
where ▸ the wave length of the wavy
surface =183 cm and H=2.5 cm. Determine
the amplitude of the forced vibration.
K = 2.3 x 105
H = 2.5 cm
h
stimo
W

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