DIRECT IMPROVEMENT OF THE EFFICIENCY OF TOOTH GRINDING BY THE COPYING METHOD BASED ON SYSTEM ANALYSIS
Abstract
The mechanical engineering industry is one of the principal indicators determining the industrial potential of a country. In particular, gear transmissions used in the shipbuilding, railway, and defense industries are among the key structural components requiring high reliability, precision, and long service life. In these sectors, the quality of gear tooth working surfaces and the efficiency of manufacturing technology have a direct impact on the reliability and economic performance of transp ort vehicles, power transmission systems, and specialized equipment. Therefore, improving the quality and productivity of the gear profile grinding process by the copying method is considered one of the important scientific and practical challenges in modern shipbuilding, railway engineering, and military mechanical engineering. High-quality equipment and advanced manufacturing technologies contribute to increased productivity, reduced production costs, and enhanced international competitiveness of manufacturing enterprises across various industrial sectors.References
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