Creep behavior at 650° C of the 9% Cr martensitic steels with different W, N and B contents
was investigated using the threshold stress concept. Creep strength breakdown and the …

The deformation behavior of single crystals of Cr 23 C 6 with the complex D8 4 crystal
structure based on the face-centered cubic lattice has been investigated by micropillar …

The formation of modified Z-phase in a 12Cr1MoV (German grade: X20) tempered
martensite ferritic (TMF) steel subjected to interrupted long-term creep testing at 550° C and …

Nanoprecipitates play a decisive role in strengthening of microalloyed low-carbon steels.
The direct carbon extraction replica (CER) method is a promising way to extract the …

Tempering treatments are essential for restoring the hardness and microstructure of
EUROFER steel when W-EUROFER joints are formed at temperatures exceeding the steel's …

Detailed knowledge of the microstructural evolution of reduce activation ferritic-martensitic
steel EUROFER97 after exposure at high temperatures is essential for determining its …

Ten percent Cr steels are considered to be prospective materials for the production of pipes,
tubes, and blades in coal-fired power plants, which are able to operate within ultra …

One of the non-destructive testing methods for analysing fire tubes is the replica technique.
This technique allows the investigation of microstructure, cracking, and high-temperature …

This study evaluates the use of quantitative analytical electron microscopy for microstructure-
based creep life assessment of service-exposed 1CrMoV steel turbine rotors. Changes in …

The present investigation studies the microstructure evolution of tempered martensite ferritic
steel during long-term creep and aging (120 MPa, 823 K, and tR: 139971 h). Transmission …