A model of prognosis of immersion of a pile into the soil during its compaction

Abstract

In this paper we introduce an approach to increase sound-insulation by using a multilayer building construction. As
an example of such analysis we consider sound processing of multilayer enclosing and load-bearing constructions to
increase sound-insulating. We also introduce an analytical approach for analysis of the considered processes.
The analytical results demonstrate that multilayer building structures significantly modify the spatio-temporal
distribution of displacements under acoustic excitation. The proposed analytical approach, validated through
comparison with direct numerical simulations, effectively captures the oscillatory behavior of the structure. The
findings confirm that appropriately designed multilayer configurations can enhance sound-insulation performance
while maintaining structural efficiency