With the advent of the industrial revolution 4.0, the goal of the manufacturing industry is to
produce a large number of products in relatively less time. This study applies the Taguchi …

Teaching-Learning-based Optimization is an optimization technique which does not require
any algorithm-specific parameters and is popular for its less computational cost and high …

This article evaluates performance of wire-cut electrical discharge machining technique on
Ti6Al4V alloy. Taguchi L16 experimental design is employed considering four cutting …

Purpose This paper aims to analyze the significance of machining parameters (workpiece's
rotational speed, magnet coil current and working gap) on final Ra (surface roughness) and …

Turning is a process of material removal from the external diameter of a rotating cylindrical
work piece. It also referred as the process of machining that renders cylindrical parts. This …

Purpose Surface roughness and vibration during machining are inevitable which critically
affect the product quality characteristics. This paper aims to suggest the implementation of a …

In present scenario, production of any product efficiently with reduced machining time, high
accuracy, low surface roughness and high productivity are the major issues. Further …

Today, Surface finish plays a significant role during machining of any of the components.
The surface finish is the vital quality characteristic that affects the performance of the …

Brass materials are widely used in many fields of machinery, especially plumbing
applications. Parts produced from brass are processed in lathes or milling machines during …

VMC five-axis is modern machining method, used for milling operations that focus on rotary
cutters to extract surplus material from a work piece. To achieve machining economics in …