Abstract
The transmission of vibrations over a distance of 75 m of the surface of the ground is investigated theoretically. The mathematical model is two-dimensional, and the surface is assumed to be subjected to a harmonic load acting on a strip of finite width. The interior of the ground is modelled as a half-space. The solution is obtained by using a dynamic stiffness matrix analysis. The attenuation of the amplitude is presented as a function of distance from the applied load for various frequencies.
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