In this work, microstructural changes during creep of Ni-based alloy 617 at 700° C and 165
MPa have been investigated by electron microscopy, and complementarily modelled …

This manuscript presents the computational modeling and analysis of creep deformation
and failure of Nickel-based superalloy, Inconel 617 (IN 617), operating at high temperature …

The creep behavior of the Ni-base Alloy 617B was analyzed at 725° C with the focus on
microstructural changes during temperature and stress exposure. High resolution electron …

A series of creep data was obtained from creep tests at different applied stresses at the
temperatures of 850° C, 900° C, and 950° C for Alloy 617, which is a leading candidate …

Abstract Changes in the microstructure of heat-resistant materials may influence their long-
term behaviour. For this reason, materials chosen for high temperature-based applications …

The microstructure evolution and creep property degradation of the Ni-based superalloy
K417 were studied at different high-temperature thermal exposure conditions. The results …

Alloy 617 is a primary candidate material to be used in the next generation of nuclear power
plants. Structural materials for these plants are expected to undergo creep and fatigue at …

The microstructure evolution of IN617 during creep under 30 MPa, 23 MPa, and 16 MPa at
1000° C was characterized after creep ruptured tests and interrupted tests. As the applied …

Future generations of power plants, such as the Ultra-Super-Critical (USC) power plants, are
being designed to be operated at more extreme pressures and temperatures in order to …

To capture the mechanical response of Ni-based materials, creep deformation and rupture
experiments are typically performed. Long term tests, mimicking service conditions at 10,000 …