There has been a tremendous development in the field of modeling and optimization
methods starting from Taylor's tool life model. Use of costly tools such as polycrystalline …

In this paper, statistical models were developed to investigate effect of cutting parameters on
surface roughness and root mean square of work piece vibration in boring of stainless steel …

Machining of titanium alloys is difficult due to their low elasticity, high formability and
tendency of breakage. In drilling of TI-6Al-4V alloy, drill bits are subjected to chatter vibration …

In this study, ultrasonic-assisted drilling was performed on different heat-treated (T6, T1)
AA6061 to investigate the effects of cutting parameters on forces, surface roughness, and …

The prediction of surface roughness during turning using indirect methods helps improve the
quality of production. This study proposes an intelligent surface roughness prediction …

The aim of this work is to investigate the drilling behavior of multiple layer orthotropic
polyester composite reinforced with woven polyester fiber and PTFE particle. Drilling ability …

The prediction and optimization of surface roughness values remain a critical concern in
nano-fluids based minimum quantity lubrication (NFMQL) turning of titanium (grade-2) …

Inconel 738 is a precipitation-strengthened nickel-based superalloy, which is widely used in
hot sections of gas turbine engines due to its excellent high-temperature strength and …

The AISI H11 tool steel is an essential material used in fabrication of tools & dies. It is an air
hardening, high chromium, supreme carbon steel having high wear and abrasion resistant …

The statistical mathematical models are developed to investigate the influence of cutting
parameters on surface roughness, tool wear, cutting force, tangential force and the work …