Abstract
A method is offered for profile surface strengthening in blade part channels. This method integrates processes of vibration and extrusion processing. During processing the oscillations from a vibratory machine are passed to the part worked and located within a cylindrical container with granulated during processing work environment. Under the impact of low-frequency vibrations at the expense of periodic alternate container revolutions a reciprocal shift of strengthening granulated environment on inter-blade channels of the part takes place.
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