Determination of the optimal input parameters for any of the machining processes plays a
pivotal role in achieving the most suitable response values while fulfilling the requirements …

Process optimization deals with identifying the optimal settings of input parameters of
different machining processes resulting in most efficient utilization of energy and other …

This paper deals with exploring the influences of cutting speed, feed rate and depth of cut on
material removal rate (MRR) and average surface roughness (Ra) during milling operation …

End milling is an essential material removal process in almost all the metal-working
industries to generate holes, cavities, slots, pockets and complex shape profiles in any type …

The research deals with the optimisation of CNC turning process parameters to determine
the optimal parametric combination that provides the minimal surface roughness (Ra) and …

With the development of society, the world's energy problems are becoming increasingly
severe, and reducing energy consumption in manufacturing and improving energy efficiency …

Green machining processes, which are essential for sustainable manufacturing practices,
require minimization of energy consumption while maintaining desirable product quality and …

In this paper, a study on multi-objective optimization of the cylindrical grinding process is
presented. The experimental material used in this study is X12M steel. The two output …

In this article, a study on multi-objective optimization of the milling process is presented.
CNC milling machine, cutting tool as TiAlN, experimental material as SCM400 steel and …

In this paper, the equitable design is regulated, two steps are involved in the main
processes. Preliminarily, the newly proposed probability‐based method for multi‐objective …