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The present work discuss criteria of the cutting process optimization using the original BorJet method that allows the suspension abrasive-water jet and the suspension hybrid water jet to be formed. Results of optimization investigations carried out on the base of criteria for minimizing the costs of abradant consumption and the total costs of machining are presented too.
The present work discuss criteria of the cutting process optimization using the original BorJet method that allows the suspension abrasive-water jet and the suspension hybrid water jet to be formed. Results of optimization investigations carried out on the base of criteria for minimizing the costs of abradant consumption and the total costs of machining are presented too.
The present work examines the criteria for the optimization of the cutting process using the original Borjet method that allows the abrasive suspension jet and the hybrid suspension jet to be formed. The results of optimization investigations carried out on the base of criteria for minimizing the costs of abradant consumption and the total costs of cutting are presented.
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