Austenitic heat‐resistant stainless steel Sanicro 25, often used in energy production
installations, was cyclically strained at room temperature, and initiation and growth of short …

Superaustenitic steel Sanicro 25 has been subjected to out‐of‐phase thermomechanical
fatigue cycles with 10‐min dwell at peak temperature in the temperature range from 250° C …

A significant amount of interstitial-free or IF steel is used to manufacture automotive body
parts due to its high ductility, high formability, and low yield strength. But, the major …

The aim of this study is to identify the deformation behavior of a high-pressure die-cast
Silafont®-36 aluminum alloy in an overaged T7 condition in relation to the significant …

Cyclic deformation mechanism of Sanicro 25 alloy was investigated under different strain
rates (ε˙) at 700° C. When ε˙ increased, the maximum stress amplitude σ a decreased and …

The increasing demands for efficiency and flexibility result in more severe operating
conditions for the materials used in critical components of biomass power plants. These …

The origin of the extraordinary strengthening of the highly alloyed austenitic stainless steel
Sanicro 25 during cyclic loading at 700° C was investigated by the use of advanced …

Cyclic plastic response of the austenitic heat resistant steel Sanicro 25 has been studied
during strain controlled low cycle fatigue tests performed at ambient and at elevated …

Abstract Fe-22Cr-25Ni samples were aged for different times from 50 to 450 h at 600, 700
and 750° C. Precipitates at the grain boundary and in the grain interior were characterized …

High-resolution images of persistent slip markings developed on the surface of Sanicro 25
stainless steel during cyclic loading obtained from the FIB-produced surface lamella in TEM …