This article presents a range of recovery options axle of the mill based on the method of analysis of hierarchies. Synthesized criteria for optimal solutions and described their relationship to treatment parameters. Built many alternatives to solve multicriterial optimization problems, the proposed methods of processing with varying geometric parameters of the cutting tool and rotational speed. Based on the selected criteria found in the subset of Pareto-optimal recovery options axle. Confirmed method of multi-criteria decision-making method of hierarchy analysis, apply the algorithm to assess and improve the coherence matrix of pairwise comparisons. The proposed method of expert evaluation allows selection of processing parameters, to reduce the complexity of rehabilitation works, at a constant quality of the reconstructed surface of the trunnion of the mill.
This article presents a range of recovery options axle of the mill based on the method of analysis of hierarchies. Synthesized criteria for optimal solutions and described their relationship to treatment parameters. Built many alternatives to solve multicriterial optimization problems, the proposed methods of processing with varying geometric parameters of the cutting tool and rotational speed. Based on the selected criteria found in the subset of Pareto-optimal recovery options axle. Confirmed method of multi-criteria decision-making method of hierarchy analysis, apply the algorithm to assess and improve the coherence matrix of pairwise comparisons. The proposed method of expert evaluation allows selection of processing parameters, to reduce the complexity of rehabilitation works, at a constant quality of the reconstructed surface of the trunnion of the mill.