Abstract
The construction of vibrofluidizer shaping of fundamental blocks is offered in shock-oscillation office hours with formwork and removal of the finished product after completion of process of his compression. The regularities of the movement of vibro-impact units, taking into account the influence of the dynamic parameters of the mixture with a product height of 0.6 m, were revealed, and analytical dependen-cies were obtained to ensure the stabilization of the dynamic parameters of the vibrating machine, which works in the resonance mode with purposeful consideration of the internal oscillatory properties of the vibrat-ing system. The calculation and mathematical model of setting is certain. Worked out equations of motion and the areas of stability are investigational. An algorithm and method of calculation of basic parameters of the shock-oscillation setting is developed. The main provisions for the creation of vibro-impact machines for the formation of foundation blocks have been formulated. Numerical values of the dynamic parameters of the working body and the environment were obtained, which can be used in the design of similar vibro-impact systems.
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