Golubev A. Impulse automatic compensation of radial elastic displacement of thin-walled cylindrical parts while turning

The process of turning of thin-walled cylindrical parts. Increasing of precision of automational turning with impulse dynamic compensation of elastic displacement of thin-sided details. The theoretical and experimental research has been held using the main thesis of the theory of flexible oscillations, the theory of flat displacement of the girder, the theory of shells, the law of impulse preservation, mathematical statistics. Automational technology of working with thin-walled cylindrical parts has been worked out. It allows to increase the detail's accuracy. For the first time the process of transference of the thin-walled cylindrical part in the cutting zone under the influence of dynamic loading by differential equation of the movement of the concentrated mass of the deformation "spot" with the right impulse part which allows to control its elastically deformational condition has been displayed. The sphere of use is mechanical working up of details of low rigidity.