The fictitious absorption method [1] is developed to solve convolution-type
integral equations, specified in a system of sections and generated by dyn
amic problems of the excitation of a piezoelectric crystal by a system of s
trip electrodes. Compared with other approaches this method enables solutio
ns to be constructed with high accuracy simultaneously in all the regions i
n which the integral equations are specified, including the boundary, and c
an be used at any frequencies. (C) 1999 Elsevier Science Ltd. All rights re
served.