Paper Contents
Abstract
In machining operation, select of optimum values of the cutting parameters are typical task to for achieving good performance. Usually, these parameters are determined on the basis of experience and by the use of Machinery's Handbook. Some machine operators employ 'trial and errormethod to set-up turning machine cutting conditions. These methods are not effective or efficient and the achievement of a desirable value in repetitive process can be very time consuming. In place of that, the experimental strategy will follow to optimize the machining conditions and cutting parameters for the desired quality. To achieve the same, the experimental strategy and Taguchi techniques can be applied which are suitable to find out the best combination of independent variables in order to predict output values.The objective of this study is to analyze the tool wear and cutting force of a single point cutting tool of high speed steel ( HSS) used in the turning operation. The single point cutting tool is used for machining cylindrical shape specimen of mild steel ( MS). For measuring the cutting force and tool wear number of tests are performed with different spindle speed, depth of cut and feed. Cutting forces and tool wear is measured from these experiments. This data will be helpful in analyzing the cutting parameter and measured variable.
Copyright
Copyright © 2024 SUMER SINGH. This is an open access article distributed under the Creative Commons Attribution License.
