Today, the particle emission is being increased more attention due to its harmful effects
during machining process. However, the interrelationships between the generating …

Shape memory alloys (SMAs) have the unique ability to regain their shape under specified
conditions, making them extremely useful for a wide range of applications. However, non …

High quality and high efficiency cutting process is of great significance to the components
manufacturing related to machinability of workpiece materials. As a typical difficult-to …

This study aimed to optimize machining parameters to obtain better surface roughness and
remnant depth ratio values under dry turning of NiTi-shape memory alloy (SMA). During the …

This work explores the underlying origins for an experimentally-observed correlation
between the cyclic pseudoelastic response of Ni 50.8 Ti 49.2 and the hatch spacing used in …

Nickel-based superalloys are extensively used in extreme environments due to their
excellent mechanical properties, which are attributed to the large volume fraction of the …

Shape memory alloys are mainly used in medical devices and surgical implants due to their
biocompatibility. Machining these alloys into intricate patterns can be challenging due to …

Conventional machining techniques face challenges in processing Ni-Ti-Hf alloys, which
exhibit superior properties and are increasingly considered promising materials for high …

Abstract Ni-Ti-Hf Shape memory alloys (SMAs) have shown promising results in high-
temperature applications in aviation, space and energy exploration, actuators, etc. In the …

In the present paper, the cyclic stability of the high-temperature two-way shape memory
effect was studied in high-strength Ni50. 3Ti32. 2Hf17. 5 polycrystals after various …