Research of energy-saving vibration machines with account of the stress-strain state of technological environment

Abstract

An analytical method for determining the influence of a process medium on the dynamics of the working bodies of vibrating machines is considered. The results of the research are presented, which made it possible to identify the zones of effective action of parameters and characteristics of the "machine - environment" system to ensure the high quality of the compaction process, which is based on the idea of purposeful use of the elastic characteristics of a common vibration system. The scientific idea is put forward, which consists in the fact that during the study of a particular process the mathematical model of the vibration system "machine-environment" should be determined on the basis of taking into account the internal structure of these subsystems as a single one, despite their different physical nature and structure. The theoretical substantiation of the possibility of creating bulk molding Vibration Machines with highly effective parameters of energy intensity and material consumption for various conditions for the formation of concrete and reinforced concrete products is given in the paper. This is due to the creation and rational use of the regularities of changes in the internal (elastic-inertial and dissipative) properties of the "machine-environment" system in the regime, which is approximate to the mode of its free oscillations.

Research of stress-strain state of elements of technological technical constructions

“…Dynamic calculation of the form [10] (Fig. 8.34) is performed in the ANSYS/LS-Dyna finite element analysis program.…”

“…In the theoretical studies [7][8][9][10][11], a scientific hypothesis was proposed according to which the development of reliable and most efficient machines for various technological purposes is based on the establishment and general purposeful use of the regularities of changes in the internal properties of the working bodies of machines and the technological load, which is a processing material. The implementation of the hypothesis is provided by the solution of a scientific idea [11].…”