Machining is one of the most important and widely used manufacturing processes. Due to
complexity and uncertainty of the machining processes, of late, soft computing techniques …

The primary objective in multi-pass turning operations is to produce products with low cost
and high quality, with a lower number of cuts. Parameter optimization plays an important role …

The intervention of human expert to best select proper machining parameters can be
reduced by automatic process planning. This includes such tedious work and sufficient …

Determination of an optimal set of machining parameters is needed to produce an ordered
product of considerable quality and minimal manufacturing cost. The nonlinear and highly …

With ever-increasing understanding of environmental and societal concerns, the focus of
manufacturing industries, worldwide, is fast changing from mere profit-making to ensuring …

Machining operations have been the core of the manufacturing industry since the industrial
revolution. Machining is a process of material removal using cutting tools and machine tools …

In this paper we present a multi-optimization technique based on genetic algorithms to
search optimal cuttings parameters such as cutting depth, feed rate and cutting speed of …

Cloud computing provides on-demand computing services and data. The cloud
infrastructure can be owned by a private organization, a group of organizations, or the …

In this manuscript, a novel approach to RSM models using MOGA along with sensitivity
analysis was analyzed. To utilize genetic algorithm approach to inspect the result of micro …

In offline optimization of machining process with traditional or soft computing techniques, the
functional relationship between the tool life and the cutting parameters are often assumed …