This research aims to assess the competitiveness of cutting tools that are nanostructured using low-temperature plasma discharge.
Utilized reliability indices to evaluate the cutting tools' performance.
Focused on tools with a working part nanostructured by low-temperature plasma gas discharge.
Presented an approach for evaluating the competitiveness of cutting tools.
Demonstrated increased performance in cutting tools with nanostructured components.
Abstract
An approach based on reliability indices is presented for assessing the competitiveness of a cutting tool with working part is nanostructured by a low-temperature plasma gas discharge.