A concise review on environmental sustainable machining conditions of hard part materials. (2022) - Bag, Rabinarayan
Abstract: Implementation of sustainable machining has increased discernible environmental performance in the machining tract. The long-term approach is essential for sustainable technology. Sustainable manufacturing signifies advanced approaches that aim at the important drivers during the production of components. The use of advanced cooling and lubrication strategies is important to approach in order to improve performance, thereby lowering environmental pollution and waste reduction. Super alloys are commonly used due to their unique properties, such as their ability to withstand higher operating temperatures in the aerospace industry. The primary goal is to present the most recent state-of-the-art literature review conferring the Minimum Quantity Lubrication (MQL) based effect and to propose additional environmentally friendly methods for improving the output characteristics of super alloys and hardened steel. This analysis of effective cooling and lubrication methods will help the scientific researchers paint a picture of the current progress and future opportunities of this emerging machining research. This status reviews current attempts made by the world scientific research community towards sustainable machining with a methodical attempt to examine machining processes in their current state. Basically, sustainable machining provides augmented environmental friendliness, improves personal safety and health, and minimizes power consumption. Further, integrating various key attributes likes materials, environmental and economic concepts may be recommended in the near future.