Aiming at the difficulties in setting process parameters and the low accuracy of process
performance prediction in electrical discharge machining (EDM) hole machining of alumina …

The presented publication is focused on increasing the productivity and efficiency of
machine production of precision holes. Considerable attention was paid to the influence of …

The present paper reports an experimental study on the fabrication and characterization of
aluminum-oxide-reinforced functionally graded aluminum composites and optimization of …

Feed force plays a critical role in machining performance, including efficiency, hole quality,
energy consumption, and tool life. While feed force is typically measured using …

This paper establishes how the process engineer in a machine shop could capture the
uncertainty and the transition of process parameters to improve the surfaced finish of bored …

The beryllium bronze guide sleeve and the aluminum alloy valve body are assembled to
form a beryllium bronze-aluminum alloy stepped hole which requires multiple positioning …

In many applications in the metalworking industries, mass production of parts with holes
possessing critical finish requirements for precision assembly operations demands …

Titanium alloys have been extensively used in practical machining owing to their
outstanding mechanical properties, high specific strength and low thermal deformation. In …

In boring E250 B0 steel material, the selection of process parameters is one of the most
challenging tasks to achieve. The boring literature lacks understanding and fails to reveal …

The present study deals with reaming of Al6061/SiC metal matrix composite. For the
fabrication of the composite, stir casting technique was used. In the castings, 5 and 10 …