Optimization of Effect of Boring Parameters for Minimum Surface Roughness Using CNC Boring Machine
Author(s):
Rohit S. Patil, Sachin Ranaware, Mahesh Yadav, Dadaso mohite
Keywords:
CNC Boring machine, Taguchi Design, ANOVA, Optimization, Boring bar, Passive damper, Surface roughness and viscoelastic material.
Abstract
Boring is also known as internal turning operation. Which is used to increases the internal diameter of the hole. Boring or internal turning operation is very critical manufacturing process. Which create surface roughness; vibration, noise, and tool wear related problems. In the boring operation of machining vibration is very critical problem. This study is focuses on the vibration damping techniques used in boring operation such as passive damping technique. The reduction of vibration in boring tool and it effect on the production and production cost. Where observed enhance the new design of boring tool with passive damper (Viscoelastic material damper) with the consideration of speed, feed, and depth of cut for different viscoelastic material dampers. Taguchi design methodology has been applied to determine the optimum boring parameters leading to minimum surface roughness using CNC Boring machine on EN8 Work piece. Experimental results were used to find the analysis of variance (ANOVA) which explains the significance of the parameters on the responses. It was predicted that boring feed rate is most dominating parameters for surface roughness in Boring operation.
Article Details
Unique Paper ID: 145042

Publication Volume & Issue: Volume 4, Issue 7

Page(s): 169 - 172
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