Laser beam assisted machining process is widely utilized to cut high strength engineering
materials. It is very important to enhance the process mechanism in such process for …

In this present study, an effort is needed to build a decision-making process based on
multiple criteria in laser beam drilling process for enhancing machining process measures of …

The process enhancement plays a vital role in the modern machining techniques during
machining of newer materials such as titanium alloys. In the present work, a research …

Plasma arc cutting (PAC) is a highly promising thermal cutting process because of its wide
industrial applications involving cutting of different materials at high speeds. The competing …

Titanium and its alloys have high demand in different industries due to their superior
properties. The conventional cutting methods face difficulties for cutting these alloys due to …

This article presents a study where the Taguchi Design was applied to optimize the surface
quality in a computer numerical control (CNC) drilling operation. The control factors in this …

This study is interested in observing the optimal effect of the radial rake angle of the tool,
combined with speed and feed rate cutting conditions in influencing the surface roughness …

In laser cutting, the surface quality and metallurgical characteristics of the end product is
what matters the most in terms of laser cutting quality. Thus, an attempt has been carried out …

This paper focused on optimizing deep drilling parameters based on Taguchi method for
minimizing surface roughness. The experiments were conducted on CNC lathe machine …

The application of laser beam for precise cutting of sheet metals, in general, and reflective
sheet metals, like aluminium, in particular, has become of interest in the recent past. The …