A model for creep at intermediate temperatures in polycrystalline Ni-based superalloys is
presented. The model is based on describing stacking fault nucleation, propagation and …

Phase stability is an important design parameter for Ni-based superalloys to be used in
future advanced ultra-supercritical (AUSC) power plants as exposure times in this type of …

Creep-rupture behaviour of Nimonic263 alloy coated with 87.5 wt.% Na 2 SO 4+ 5 wt.%
NaCl+ 7.5 wt.% NaVO 3 (3SM) and 74 wt.% Na 2 SO 4+ 21.7 wt.% NaCl+ 4.3 wt.% NaVO 3 …

High-entropy alloys, since their development, have demonstrated great potential for
applications in extreme temperatures. This article reviews recent progress in their …

High energy density technologies for welding processes provide opportune solutions to joint
metal materials and repair components in several industrial applications. Their high …

A new wrought CrCoNi-based medium-entropy superalloy (MESA) was designed by
changing the composition of a commercial superalloy of type C-263, which is used for …

Two Ni–Cu alloys, Monel K500 and FM60, with various contents of Ti, Mn, Al, Fe and C were
deposited in the form of plates on a metal base plate using wire arc additive manufacturing …

Abstract Two Nisingle bond Cu alloys with various contents of Mn, Ti, Al and C were
deposited in a shape of single-bead multi layered walls using wire arc additive …

Ni-Cu alloys, also known as Monel alloys, are widely used in marine industry due to their
high corrosion resistance and good mechanical properties. Submarine propeller shafts …

Il presente lavoro si propone di chiarire le relazioni tra creep, rilassamento degli sforzi e
anelasticità, fenomeni che si possono presentare contemporaneamente rendendo difficile …