Abstract In recent days the manufacturing process have become more precise and cost efficient due to advancement in field of computer technology. Information technology has been integrated with practice resulted time reduction from concept a product marketing product. Cutting force generated is main issue raised among industries as it clearly affects quality final Hence using extensive literatu...

Abstract Increasing demands on component properties are leading to the development of high-performance materials for which conventional production methods reaching their limits from an economic and ecological point view. In recent years, two technologies have been developed that show great potential compared machining processes, particularly in such as titanium alloy Ti-6Al-4V. Ultrasonic-assis...

Machining is a prominent manufacturing method used in automobile, aerospace, and marine industries. Most of the materials that are frequently consumed such industries difficult to machine via conventional techniques. Difficult-to-cut require advanced processing approaches, better cooling lubrication conditions. Thus, tend use petroleum-oil-based metal working fluids (POMWF) because their desira...

Sustainable machining, with implementation of eco-friendly dry and minimum quantity lubrication (MQL) methods, has gained attraction researchers engineers to solve the environmental health allied issues caused by bulk usage conventional cutting fluids. Nanofluids have recently became more obvious choice as a fluid in MQL applications owing their superior thermo-physical properties. In this work...

The milling of titanium alloys is usually associated with a high cutting temperature and severe tool wear. Therefore, flood cooling technologies have been conventionally employed to prolong the life improve quality machined surface. However, negative impact on environment waste disposal problems caused by vast quantity metalworking fluids used in process become significant. In this study, new m...