Grade 91 steel is considered a potential structural material for advanced nuclear reactors.
The creep deformation behavior of Grade 91 steel was studied in the temperature range of …

This paper induced a novel methodology for the characterization of creep behavior of weld
heat-affected zone (HAZ) for boron-free P91 (PM) and boron modified P91B (B-PM) steels …

Creep deformation and fracture behaviour of indigenously developed modified 9Cr–1Mo
steel for steam generator (SG) tube application has been examined at 823, 848 and 873K …

Microstructural changes during creep at 600° C under 70 MPa were investigated in the case
of interrupted Gr. 91 steel samples by taking into account the dislocation structure and Z …

In the framework of the development of generation IV nuclear reactors and fusion nuclear
reactors, materials with an improved high temperature (≅ 650° C) mechanical strength are …

The creep rupture behavior and microstructure changes of dissimilar welded joints of two
types of martensitic heat resistant steel F92 and Co3W2, under a creep testing of 115–200 …

9–12% Cr creep-resistant ferritic-martensitic steels are candidates for structural components
of Generation IV nuclear power plants. However, they are sensitive to softening during low …

A multiscale characterization of the microstructural evolutions taking place in 9 to 12 pct Cr
martensitic steels subjected to fatigue and creep-fatigue (CF) loadings is presented …

The creep behaviour and the microstructural evolution of a 9Cr–Mo–Nb–V (T91) steel were
extensively evaluated by means of short term constant load creep tests and TEM analysis …

In the present work, the creep behavior and microstructure before and after creep test of the
dissimilar modified 9Cr–1Mo steels welded joint were investigated in detail. Firstly, creep …