Co-based superalloys such as Ni-based, Fe-based, and other such superalloys are
classified as difficult-to-machine materials. Due to the poor machinability of superalloys, their …

Machining of AISI 304 austenitic stainless steel is considered to be difficult due to its
structural aspects and low thermal conductivity, which leads to increased temperatures …

AISI 310S austenitic stainless steels are widely used in many industries, such as oil, gas,
and petrochemical industries containing hot concentrated acids, due to their superior …

Imaging techniques have been widely implemented to study the dynamics of chip formation.
They can offer a direct method and a full field measurement of the cutting process, providing …

Built-up edge (BUE) has a significant influence on the process outputs of machining.
Unstable BUE can damage the cutting tool edge and adversely affect the machined …

Demand for stainless steels is rapidly increasing, especially in the oil and gas industries.
Stainless steel offers a number of key advantages such as high tensile strength, toughness …

The micro/nanohardness profile has been extensively used in manufacturing to understand
material properties from external surfaces to internal material. The microhardness profile …

Orthogonal planing experiments are conducted with high-speed camera recordings and
simultaneous cutting force measurements in order to analyze chip formation during machine …

Critical friction at the tool-chip interface has a significant impact on Severe friction between
the cutting tool wear and machined surface integrity. One effective method of alleviating …

Super duplex stainless steel 2507, is a difficult to machine material due to high chromium
content. Knowledge on machinability, weldability and surface treatment of 2507 super …