A numerical study on the effects of crack location on creep crack growth, in a P91 weldment, was carried out using a finite element package (ABAQUS). Models of compact tension specimens were used. The obtained results showed that, the creep crack growth in the weld metal are much higher than that in the parent metal. However, the creep crack growth in cross-weld specimens is controlled by the properties of the weakest component of the weld. This highlights the importance of the heat affected zone (HAZ) as the weakest region of the weldment. Effects of the width of HAZ are presented, too
2 | P a g e Foreword As power plants nowadays tend to push their efficiency to the extremely high le...
Welds in materials intended for service at temperatures above the creep activation temperature often...
In order to study the influence of the heat-affected zone softening on the fracture behaviour of wel...
A numerical study on the effects of crack location on creep crack growth, in a P91 weldment, was car...
The focus of the present study is on creep crack growth behaviour in Type IV region of P91 steel wel...
The steels operating at elevated temperatures are well known to be exposed to premature failure due ...
AbstractModified 9Cr-1Mo steel (P91) weld joints operating at elevated temperatures are well known t...
P91 and P92 steels are two ASTM grades of steel which have been used in high temperature application...
The experimental programme of the EC supported project (SMT 2070) SOTA aimed at addressing a technic...
Type IV cracking in heat affected zone (HAZ) of weldment is a problem for advanced high Cr ferritic ...
A reliable creep design for very long lives, capable to account for both diffusion and dislocation m...
Abstract½Cr½ Mo¼ V (½ CMV) steel has been used in high temperature power plant piping due to its enh...
AbstractA reliable creep design for very long lives, capable to account for both diffusion and dislo...
Fatigue crack growth through different welded joint regions was investigated, in terms of welded joi...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
2 | P a g e Foreword As power plants nowadays tend to push their efficiency to the extremely high le...
Welds in materials intended for service at temperatures above the creep activation temperature often...
In order to study the influence of the heat-affected zone softening on the fracture behaviour of wel...
A numerical study on the effects of crack location on creep crack growth, in a P91 weldment, was car...
The focus of the present study is on creep crack growth behaviour in Type IV region of P91 steel wel...
The steels operating at elevated temperatures are well known to be exposed to premature failure due ...
AbstractModified 9Cr-1Mo steel (P91) weld joints operating at elevated temperatures are well known t...
P91 and P92 steels are two ASTM grades of steel which have been used in high temperature application...
The experimental programme of the EC supported project (SMT 2070) SOTA aimed at addressing a technic...
Type IV cracking in heat affected zone (HAZ) of weldment is a problem for advanced high Cr ferritic ...
A reliable creep design for very long lives, capable to account for both diffusion and dislocation m...
Abstract½Cr½ Mo¼ V (½ CMV) steel has been used in high temperature power plant piping due to its enh...
AbstractA reliable creep design for very long lives, capable to account for both diffusion and dislo...
Fatigue crack growth through different welded joint regions was investigated, in terms of welded joi...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
2 | P a g e Foreword As power plants nowadays tend to push their efficiency to the extremely high le...
Welds in materials intended for service at temperatures above the creep activation temperature often...
In order to study the influence of the heat-affected zone softening on the fracture behaviour of wel...