International audienceA multi-material local approach to creep damage was applied to a ferritic-martensitic ASME Grade 91 steel welded joint at 625 °C. Focus was made on the detailed analysis of the most sensitive area of the weld i.e. the intercritical heat affected zone. Prediction of creep failure of the weld well agrees with experimental results. The model was then applied to the case of a seam-welded pipe exhibiting a roof defect, creep tested at 580 °C, showing consistent results with a more classical engineering assessment
The so-called creep strength enhanced ferritic (CSEF) 9-12% Cr steels have been identified as the mo...
The results of an accelerated creep test programme on the leading new build high temperature power p...
One of the yet unresolved engineering problems is forecasting the creep lives of weldment in a pragm...
A large portion of the high temperature critical components, used in the power, petroleum, and chemi...
Cross-weld creep testing conducted at 650 °C under 69 MPa stress has reproduced either the Type I or...
The present work considers the uniaxial and multiaxial creep behaviour of the tempered martensite 9%...
Abstract Creep strength of high Cr ferritic steel welds decreases than base metals due to Type-IV cr...
The results of an investigation of a long-seam welded low chrome pipe that failed in a high-temperat...
Since creep strength reduction of mod.9Cr-1Mo steel welds in long-term creep was confirmed experimen...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
AbstractIntegrity of tempered martensitic grade 92 (9Cr-1.8W-0.5Mo-VNb) steel welded joint has been ...
International audienceThe analysis and understanding of creep damage of Grade 91 steel welded joints...
ABSTRACT HCM12A (ASME Grade 122) is used for boiler components in thermal power plants because of it...
Creep failure of welds in high-temperature power plant steam piping systems is known to be a potenti...
The experimental programme of the EC supported project (SMT 2070) SOTA aimed at addressing a technic...
The so-called creep strength enhanced ferritic (CSEF) 9-12% Cr steels have been identified as the mo...
The results of an accelerated creep test programme on the leading new build high temperature power p...
One of the yet unresolved engineering problems is forecasting the creep lives of weldment in a pragm...
A large portion of the high temperature critical components, used in the power, petroleum, and chemi...
Cross-weld creep testing conducted at 650 °C under 69 MPa stress has reproduced either the Type I or...
The present work considers the uniaxial and multiaxial creep behaviour of the tempered martensite 9%...
Abstract Creep strength of high Cr ferritic steel welds decreases than base metals due to Type-IV cr...
The results of an investigation of a long-seam welded low chrome pipe that failed in a high-temperat...
Since creep strength reduction of mod.9Cr-1Mo steel welds in long-term creep was confirmed experimen...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
AbstractIntegrity of tempered martensitic grade 92 (9Cr-1.8W-0.5Mo-VNb) steel welded joint has been ...
International audienceThe analysis and understanding of creep damage of Grade 91 steel welded joints...
ABSTRACT HCM12A (ASME Grade 122) is used for boiler components in thermal power plants because of it...
Creep failure of welds in high-temperature power plant steam piping systems is known to be a potenti...
The experimental programme of the EC supported project (SMT 2070) SOTA aimed at addressing a technic...
The so-called creep strength enhanced ferritic (CSEF) 9-12% Cr steels have been identified as the mo...
The results of an accelerated creep test programme on the leading new build high temperature power p...
One of the yet unresolved engineering problems is forecasting the creep lives of weldment in a pragm...