INVESTIGATION OF THE DYNAMICS OF FRIABLE LOAD OF VIBRATING TECHNOLOGICAL MACHINES WITH VERTICAL INDIGNATION

Z. Stotsko; V. Topilnytskyy; D. Rebot; Y. Kysyy

Z. Stotsko Lviv Polytechnic National University
V. Topilnytskyy Lviv Polytechnic National University
D. Rebot Lviv Polytechnic National University
Y. Kysyy Lviv Polytechnic National University

Keywords: friable load, vertical indignation, nonlinear oscillations, technological machine, dynamical process, vibratory technologies

Abstract

Built model of loose load of vibration technological machines with the vertical indignation of working parts, which is presented by stratification of flat parallel beams which carry out the nonlinear vertical vibrations. The dynamic processes of the technology of vibration compression of the friable environment and separation (mixing) of its constituents are explored with the purpose of intensity rise of the given technological processes. It is got dependences for determination of physic-mechanical properties influence on constituents of friable loading of vibratory technological machines on its dynamics.

References

Babychev, A.P. (1994). Problems of vibration technology. Vinnytsia: Vibrations in engineering and technology.

Stotsko, Z.A., Sokil, B.I., & Topilnytskyy, V.G. (2000). Dynamics of the working environment of vibrating machines for bulk processing. Lviv: NULP.

Stotsko, Z., Sokil, B., & Topilnytskyj, V. (2000). Das Unlinear-parametrischmodell der Dreimassenmaschienen für die Vibrationsvolumenbehandlung und ihre Streuladung. Bytom, Poland: Kwartalnik “Maszyny dzwigowo-transportowe”.

Stotsko, Z.A., Sokil, B.I., & Topilnytskyy, V.G.(2001). Nonlinear model of the motion of a layer of a subframe of a working container of a vibratory machine for bulk processing of products with a variable nonlinearity parameter. Machine Science.

Stotsko, Z.A., Sokil, B.I., & Topilnytskyy, V.G. (2001). Comprehensive investigation and simulation of the process of processing in a nonlinear multivariate vibration system. Lviv: NULP.

Stotsko, Z.A., Sokil, B.I., & Topilnytskyy, V.G. (2002). Influence of structural and kinematic parameters of a vibrating machine on increasing the intensity of bulk processing. Vinnytsia: Vibrations in engineering and technologies.

Cauderer, G. (1961). Nonlinear Mechanics. Moskow: IL.