CALCULATION OF UNIVERSAL ELASTIC COMPENSATOR APPLIED TO THE PRESSING-EXTRUSION OPERATIONS
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Abstract
The mathematical model and program for the calculation of universal elastic rotary compensator of slide direction errors is considered. There developed program is includes the definition of the pressing force during technological operation, calculation of the shape factor and overlap coefficient, determination of the compensator design parameters. The results of modeling of the working of universal elastic rotary compensator of slide direction errors for pressing-extrusion operations are given as developed program for determination of the optimal angle of turn of the compensator upper elastic plate for execution of necessary rigidity.