Review on Design and Analysis of Drill Head of Boring Machine by using Vibration Conditioning Monitoring

Abstract

Abstract: In terms of both productivity and product quality, machine tools are now held to high standards in the industrial sector. Vibration is a crucial indicator of a product's quality. If the patterns of vibration produced by machine tools during cutting operations are recognised, the structure of the machine tool may be built in a way that separates its frequency response from the imposed frequency. The most effective method for managing all machining operations and maintaining machinery operation is tool condition monitoring. Monitoring tool condition affects production costs, tool life expectancy, tool quality, dimensional accuracy within a given tolerance, and surface polish in a machine shop. Here, the machining process is entirely dependent on the operator's whims and preferences. So, it is more difficult for a novice operator to identify the tool wear point and it is more difficult for the operator to operate the machine. A systematic process is needed for the machining procedure to get around this challenge. Determining the inherent frequency and mode forms of the radial drilling machine construction is the aim of this research as a consequence. Finite element analysis was used to identify the innate frequencies and mode shapes of the radial drilling machine structure.