A Review Paper on Optimizing Cutting Parameters in Turning Operations through the Taguchi Method for Multi-Objectives Purpose (KEY IJP************628)

• Kalpana

Abstract

This review paper delves into the optimization of cutting parameters in turning operations with a focus on achieving multi-objective goals using the Taguchi Method. Turning, as a fundamental machining process, plays a pivotal role in the manufacturing industry, and efficient parameter optimization is crucial for enhancing productivity and product quality. The Taguchi Method, recognized for its efficiency in experimental design and optimization, is applied to address multiple objectives simultaneously. The paper systematically reviews the existing literature on the application of the Taguchi Method in turning operations, emphasizing its effectiveness in optimizing critical cutting parameters such as cutting speed, feed rate, and depth of cut. The multi-objective nature of the optimization process involves balancing conflicting goals such as minimizing tool wear, maximizing material removal rate, and achieving superior surface finish.