Ultra-precision diamond cutting is a promising machining technique for realizing ultra-
smooth surface of different kinds of materials. While fundamental understanding of the …

Metal matrix composites (MMCs) offer a unique set of properties due to the ductile-brittle
combination produced by the matrix and the reinforcements. Conventional MMCs are …

Microstructural characteristics of chips and machined surfaces are influenced by the
multiphysics fields distribution. This study investigates the multiphysics-induced …

Despite the well performance of SiAlON ceramic cutting tools in machining nickel-based
superalloys, there is still the problem of rapid wear due to high cutting temperatures and …

Improving machinability has consistently been an essential research topic in the machining
community. However, a rapid and effective method to characterize machinability from the …

In manufacturing, cutting tools and component integrity are subjected to high-performance
thresholds. The role of cutting fluids is pivotal in mitigating heat generation and friction at the …

Understanding the role of grain morphology in the chip formation mechanism during
orthogonal cutting is crucial to achieve reliable surface integrity. This is especially important …

The current research aims to provide a basic understanding of decoding sensor signals with
chip formation and surface integrity during the machining of Ni-based superalloys. Force …

Nickel-based superalloys have numerous applications in automobile, aerospace, turbine
blades, nuclear, oil refinery etc, due to their excellent properties like strength, wear …

This study comprehensively addresses the machining of nickel alloys, focusing its attention
on crucial aspects related to chip formation and tool wear. Detailed characterization of the …