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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.

The article provides information on the designed and implemented processes of combined processing of loaded parts of promising energy installations, described original means of technological equipment, the prospects for expanding their technological capabilities and influence on increasing the production techniques of products are considered.

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