In the present work, it has been attempted to use ionic liquid as a green and compatible
additive to base cutting fluid for the grinding process. Grinding forces in tangential and …

This work uses an alumina wheel to investigate the eco-benign grinding for better surface
integrity of Inconel 625 (IN 625). To achieve this, applying nanofluids (NFs) with the …

INCONEL® alloys are Ni-based superalloys with superior mechanical properties for
extremely high-temperature (T) applications. These alloys present significant challenges …

Over the past decade, texturing has emerged as a notable surface modification technique for
altering cutting tool surfaces, capturing the interest of researchers. This approach proves …

This study presents a novel approach for online monitoring of surface roughness in the
context of Industry 4.0. Aluminum 5052 is machined, and the sound emitted is captured with …

This work investigates the efficacy of highly conductive carbon-based nanopowders to
machine difficult-to-cut Inconel 825 (IN 825) superalloy using the nanopowder-mixed …

This study explores the impact of incorporating antioxidants diphenylamine (DPA) and
nanoparticle ceria (CeO 2) into Jatropha biodiesel (B30) blend on engine performance and …

This study employs a multi-criteria decision-making (MCDM) technique to identify the
optimal parameters for the electrical discharge turning (EDT) process used to machine …

A finite element (FE) model of the micro-grinding process is developed considering
randomized multiple grits of the grinding tool to capture the stochastic nature of the grinding …

At present, because of the lack of ultrasonic composite vibration assisted grinding
mechanism, neural network optimization algorithm (NNOA) is used to optimize the …