Ensuring the accuracy of ground beds of heavy lathe machines using the method of vibration stabilization

Abstract

The article considers the improvement of the grinding process for beds of heavy lathe machines using the method of vibration stabilization. A comprehensive analysis of the kinematic, mechanical, and thermal characteristics of the process is presented. Optimal grinding conditions are substantiated, allowing for increased machining accuracy and quality, reduced tool wear, and improved economic efficiency. The proposed solutions align with the principles of sustainable engineering and the New European Research Paradigm.