Understanding the Machinability and Energy Consumption of Al-Based Hybrid Composites under Sustainable Conditions

Tribological properties are directly related to cutting efficiency. To achieve high machinability performances, sustainable coolants (minimum quantity lubricant (MQL), cryogenic etc.) have been used instead of conventional fluids in recent years. This study MQL and cryogenic-cooling techniques while milling Al-based hybrid composites. The effects different environments on flank wear, surface roughness, temperature, energy consumption were analyzed according the Taguchi method. According findings, best environment for temperature is cryo-LN2-assisted cooling technique. In terms consumption, was found be more efficient than cryo-LN2 dry environments. SEM/EDS analysis, BUE formation observed at tool edges during conditions. It determined that surfaces smoother effect ratios control factors response parameters analysis. As a result, it concluded strategies could evaluated within scope