Performance Investigation of Wire EDM Process Parameters using MOGA

This study try to overcome the issue's involved with WEDM machining at different process parameters selection of one work piece. These are the greatest difficulties for the scientists and engineers. Engineers attempt to discover control variables to enhance the machining quality in view of their operational conditions, manuals or disappeared activities. Keeping in see the uses of material (medium carbon steel), it has been chosen and has been machined on wire-cut EDM (Maxicut-e) of Electronica Machine Tools Limited. The target of the present work was to explore the impacts of the different WEDM process parameters on the machining quality and to acquire the ideal arrangements of process parameters with the goal that the nature of machined parts can be streamlined. The working extents and levels of the WEDM procedure parameters are discovered utilizing one factor at any given moment approach. The Taguchi method has been utilized to explore the impacts of the WEDM process parameters and in this manner to predict sets of ideal parameters for ideal quality attributes.

Autorentext

Mr Gazanand Rathore completed his diploma in Mechanical Engineering from BTER Jodhpur, B.Tech in same stream from UOR Jaipur and M.Tech in Production Engineering from RTU Kota . Currently he is working as Assist. Professor in Poornima College of Engineering Jaipur. His area of interest are Machining Process, Statistics and Optimization Techniques.

Klappentext

This study try to overcome the issue's involved with WEDM machining at different process parameters selection of one work piece. These are the greatest difficulties for the scientists and engineers. Engineers attempt to discover control variables to enhance the machining quality in view of their operational conditions, manuals or disappeared activities. Keeping in see the uses of material (medium carbon steel), it has been chosen and has been machined on wire-cut EDM (Maxicut-e) of Electronica Machine Tools Limited. The target of the present work was to explore the impacts of the different WEDM process parameters on the machining quality and to acquire the ideal arrangements of process parameters with the goal that the nature of machined parts can be streamlined. The working extents and levels of the WEDM procedure parameters are discovered utilizing one factor at any given moment approach. The Taguchi method has been utilized to explore the impacts of the WEDM process parameters and in this manner to predict sets of ideal parameters for ideal quality attributes.