OPTIMIZATION OF THE RECEIVING BUNKER OPERATION DURING THE BLOCKING OF BULK MATERIALS

The article examines a methodology for accounting for environmental resistance forces in the calculation scheme of vibratory systems widely used in the construction industry for concrete mixture compaction. Mathematical dependencies have been developed to determine the reactive and active resistance of the environment, enabling the assessment of continuum motion while preserving wave processes. The obtained results simplify calculations by eliminating the need for explicit determination of harmonic conditions and can be applied to optimize the parameters of vibratory equipment working elements. The practical significance of the research lies in improving equipment efficiency and ensuring a more accurate correspondence between theoretical models and real conditions. The conducted experiments confirmed the accuracy of the obtained dependencies, with deviations from experimental data not exceeding 15%.