Abstract
A method of calculating stationary displacement fields in three-dimensional viscoelastic media, consisting of homogeneous regions with curvilinear separation boundaries, is developed on the basis of the boundary integral method. As a result of using the fundamental solutions corresponding to the sum of converging and diverging waves, the field prolongation through a homogeneous region of the medium reduces to simple multiplication of stress-strain matrices. This makes it possible to construct an effective calculation scheme of the displacement field at any point of the medium, similar to the matrix scheme used in seismology for planar stratified media.
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