Abstract
In the paper an approach to calculation of vibration fields from industrial and transport sources in soil is described. This approach is based on physical aspects of acoustic wave propagation in nonhomogeneous media. Both computational and “organizational” (in obtaining exact initial geophysics media properties) are presented. Combined digital-analytic method, based on adaptive algorithms of orthogonal expansions, is proposed.
New combined digital-analytic method for analyzing of physical problems is discussed. It is based on the adaptive expansions of considered functions in adjustable orthogonal basis in appropriate function space.
Some computer realizations of described technology for acoustic and geophysics field analysis are presented. In particular a software package for analysis of vibration and acoustic situation on the ground surface and estimations of possible measures for vibration reduction.
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