Magnetic Barkhausen emissions (MBE) and magnetic hysteresis loop techniques have been
used to correlate the magnetic properties with creep behaviour in modified 9Cr–1Mo steel …

The small punch creep testing method was applied to evaluate the creep properties for the
as-received and artificially aged 5Cr-0.5 Mo steel. The small punch creep test was …

The electrochemical behavior of low alloyed Fe-Cr steels with 3 and 5% wt. of Cr in neutral
Na2SO4 electrolyte combined with a detailed chemical and morphological characterization …

The microstructural phases in steel influence the magnetic moments due to different
alignments and arrangements of the atoms in the crystal lattice. This study is based on the …

Creep damage behaviour of water quenched 5Cr–0.5 Mo steel has been studied using
magnetic Barkhausen emissions (MBE) technique. The results were compared with the …

5Cr–0.5 Mo steel was coated by hot-dipping in a molten bath containing Al-10wt.% Si. The
phase transformation in the aluminide layer during diffusion at 750° C in static air was …

This study intends to understand the effect of short-term overheating on microstructure
modifications, and variation in mechanical and magnetic properties of boiler tubes. It is …

5Cr–0.5 Mo steel having initial bainitic microstructure has been aged at 600° C for 5000h
and subjected to creep at 600° C/60MPa. At different lengths of time the tests were …

The creep properties of ASTM A387 5Cr-0.5 Mo steel, grade 5 and class 2, were evaluated
by the Small-Punch Creep test. Small-Punch creep tests were carried out at 550 and 600° C …

Abstract Pearlitic Fe-0.76 wt.% C binary alloy was isothermally annealed at 700° C up to 100
h to study the spheroidization of cementites and its effect on both the mechanical and …