The cold-drawing deformation behavior of CoNiCr-superalloy MP159 with designed strains
was investigated, and the substructural evolution was observed by electron backscatter …

Radiation damage introduces a wide range of defects in structural materials depending on
the irradiation conditions. Irradiation-induced loops are known to lead to dislocation …

Thermal-vibratory technique has been demonstrated to effectively and rapidly reduce
residual stress and improve mechanical properties of materials. But the underlying residual …

Long-range order (LRO) precipitate-strengthening is an important strategy that endows a
superior strength-ductility combination in Ni-based alloys. However, the micromechanical …

Ni-based alloys containing significant amounts of Cr, may precipitate new phases during
long-term service at elevated temperatures. In Ni–Cr model alloys, the formation of Ni 2 Cr …

Small scale mechanical testing has gained significant attention in recent times due to its
advantages for materials research and development; however, the ability to extend small …

The precipitation of new phases during long-term service at elevated temperatures is a
concern for the thermal stability of engineering alloys. In Ni-Cr-based alloys, eg, Alloy 690 …

Nickel-based alloys offer exceptional mechanical properties and corrosion resistance for
various applications in extreme environments such as high neutron flux, temperature, and …

In this study, the influence of post-processing on the microstructure and mechanical property
of the novel Ni–Co-base wrought high-strength superalloy with a composition of Ni-(24.0 …

Abstract Herein, an alloy Cu–1.16 Ni–0.36 Cr with outstanding high-temperature mechanical
properties was obtained, and the underlying mechanism was discussed. The properties …