Inconel 718 superalloy has been fabricated by selective laser melting technology (SLM). Its
microstructure and mechanical properties were studied under solution+ aging (SA) standard …

Grain boundary precipitates in Inconel 718 and ATI 718Plus are important to control during
hot working processes, since they can control the grain size. Precipitating excessive or …

Allvac 718Plus is a newly developed nickel-based superalloy designed to replace Inconel
718 in static and rotating applications in gas turbine engines. Fine γ′ precipitates act as its …

Inconel 718 thin wall has been fabricated by pulsed plasma arc additive manufacturing
(PPAAM) technology, which is more convenient and cost-saving in comparison with other …

Abstract 718Plus superalloy was investigated to obtain a detailed and fundamental
understanding of the microstructure evolution and the underlying mechanisms. Isothermal …

High-temperature intergranular crack tip oxidation under a single 600 s long sustained
tensile load at 700° C was studied for the Ni-base superalloy Allvac 718Plus. High …

The role of oxygen in enhanced fatigue cracking in an advanced Ni-based superalloy for
turbine disc application has been evaluated in fatigue crack initiation and propagation …

Allvac 718Plus alloy is a promising Ni-based superalloy with excellent thermal stability and
mechanical properties up to 704° C. The γ′ coarsening, σ precipitation and the resulting …

The influence of interrupted ageing on the temporal evolution of γ′ distribution in alloy
718Plus has been examined. Various bimodal γ′ distributions were generated as a …

ALLVAC 718Plus is a new commercial superalloy derived from Inconel 718, but possessing
a higher temperature capability whilst employing the same philosophy regarding the …