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Bulletin of the Seismological Society of America; October 1979; v. 69; no. 5; p. 1425-1438
© 1979 Seismological Society of America
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Finite element matrices for seismic surface waves in three-dimensional structures

J. W. SCHLUE

DEPARTMENT OF GEOSCIENCE AND GEOPHYSICAL RESEARCH CENTER R&DDNEW MEXICO INSTITUTE OF MINING AND TECHNOLOGY, SOCORRO, NEW MEXICO 87801

Abstract

The finite-element technique of Lysmer and Drake has made possible the study of time-harmonic surface waves in irregular, two-dimensional structures. This paper provides the stiffness and mass matrices necessary for extending their technique to the study of time-harmonic surface waves in irregular, three-dimensional structures. The element stiffness matrix [k] and the element mass matrix [m] are obtained by symbolic integration for an isotropic, rectangular hexahedron; the elements of these 24 x 24 matrices are given in explicit form. In addition, the layer stiffness matrix [K] and the layer mass matrix [M] appropriate for horizontally layered, laterally homogeneous, three-dimensional models constructed from rectangular hexahedra are also given in explicit form. Modifications to both [K] and [M] are described which ensure surface-wave motion in the horizontally layered, laterally homogeneous, three-dimensional structure. Finally, an example is given which demonstrates the correctness of the modified forms of [K] and [M] and, by implication, the correctness of [k] and [m].




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