FUNDAMENTALS OF IMPROVING THE QUALITY OF CYLINDRICAL SURFACES IN THE FINAL PROCESSING OF MACHINE PARTS

Abstract

This article is devoted to the study of methods for improving the quality of cylindrical surfaces in the finishing of machine parts. The main approaches to improving the accuracy and purity of processing are considered, such as the choice of optimal cutting modes, the use of modern tools and the use of lubricants and coolants. An in-depth theoretical analysis of the factors influencing the roughness parameters and physical and mechanical properties of the surface is presented. The experimental part includes a detailed description of the research methods, the results of which are analyzed and presented in graphs and tables. The data obtained demonstrate the effectiveness of the proposed approaches and provide recommendations for practical application. The results can be useful to engineers and technologists involved in the development of production processes.

Experimental studies aimed at optimizing technological parameters to obtain the necessary surface characteristics are described. The results of the analysis are presented, including the determination of the relationship between the processing parameters and surface quality. Recommendations on the implementation of the proposed methodology may be useful to specialists working in the field of precision engineering and metalworking.