Crack initiation and short crack growth in highly-alloyed austenitic steel Sanicro 25 cyclically
strained at a temperature of 700° C has been studied. Specimens cycled to 10% of the …

The low-cycle fatigue behavior, dislocation evolution, and fracture mechanism of a 41Fe-
25.5 Ni-23.5 Cr alloy, Sanicro 25, were investigated under various total strain amplitudes of …

To reduce the precipitation of σ phases and to improve the hot workability of S31254 steels,
boron has been added into the composition of S31254 to a concentration of 40 ppm. The …

Cyclic deformation mechanism and fracture characteristics for Sanicro25 alloy were
investigated at temperatures and mean stresses ranging from 973 K to 1023 K and 130 to …

The low-cycle fatigue (LCF) and creep-fatigue (CF) interaction tests of TP347H austenitic
stainless steel are carried out in air under a fully-reversed strain amplitude of 1.0% at 600° …

Dislocation annihilation behavior of Sanicro 25 alloy was investigated based on various total
strain amplitudes (Δ ε t/2). The slopes of cyclic stress response curves during stage ΙΙ were …

Austenitic stainless Sanicro 25 steel has been subjected to high temperature elasto-plastic
cyclic straining at 700° C. The isothermal cyclic tests without and with a dwell in the loading …

Abstract 22Cr15Ni3. 5CuNbN stainless steel is a newly developed heat-resistant austenitic
steel for superior ultra-super critical fossil power plants with operating temperature up to …

Tensile and creep properties of new austenitic steel Sanicro 25 at room temperature and
operating temperature 700° C were investigated by testing on miniature specimens. The …

Sandvik Sanicro 25 is a newly developed advanced heat-resistant material for use in coal-
fired boilers at material temperatures up to 700° C. This new grade has recently obtained …