The residual service life of the components of power plants under conditions of creep can be measured by various methods. As a rule, these methods can be classified as destructive, nondestructive, or analytical. The nondestructive method is based on the determination of the metallographic A-parameter, i.e., a quantity equal to the ratio of the number of damaged grain boundaries to the total number of boundaries in the direction of the principal normal stress. By using this method, we determine the residual service life of a pipeline bend operating at a temperature of 530°C under a stress of 100 MPa
2014Summary ReportPDFTech ReportDTRT57-11-C-10024Residual stressPipelinesResidual stressSteel pipeli...
In this work, a novel method for determining the creep damage properties which can be used to repres...
AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressuriz...
The remaining life prediction of those is accomplished by accelerated degradation tests such as cree...
Identification and quantification of accumulated creep damage to estimate the remaining life of high...
The ex-service behaviour of an ultra-supercritical (USC) power plant pipe bend operated at 260 bar a...
This paper presents the evaluation of durability for the material of repair welded joints made from ...
This paper deals with damage assessment of 17 years servic-exposed P-22 grade of steel used in mai...
The service life of thick-walled power plant components exposed to creep, as is the case with pipel...
This paper presents the evaluation of durability for the material of repair welded joints made from ...
This paper is aimed at investigating the residual life of more than eleven years service - exposed...
Residual lifetime analysis of power plant components requires information on the degree of degradati...
This paper deals with residual life prediction methodology for more than 12.5 years service exposed ...
The detection and the measuring of the developing damages must be accompanied by evaluation of the s...
The topical problem for transmission pipelines, which are exploited after the end of predicted explo...
2014Summary ReportPDFTech ReportDTRT57-11-C-10024Residual stressPipelinesResidual stressSteel pipeli...
In this work, a novel method for determining the creep damage properties which can be used to repres...
AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressuriz...
The remaining life prediction of those is accomplished by accelerated degradation tests such as cree...
Identification and quantification of accumulated creep damage to estimate the remaining life of high...
The ex-service behaviour of an ultra-supercritical (USC) power plant pipe bend operated at 260 bar a...
This paper presents the evaluation of durability for the material of repair welded joints made from ...
This paper deals with damage assessment of 17 years servic-exposed P-22 grade of steel used in mai...
The service life of thick-walled power plant components exposed to creep, as is the case with pipel...
This paper presents the evaluation of durability for the material of repair welded joints made from ...
This paper is aimed at investigating the residual life of more than eleven years service - exposed...
Residual lifetime analysis of power plant components requires information on the degree of degradati...
This paper deals with residual life prediction methodology for more than 12.5 years service exposed ...
The detection and the measuring of the developing damages must be accompanied by evaluation of the s...
The topical problem for transmission pipelines, which are exploited after the end of predicted explo...
2014Summary ReportPDFTech ReportDTRT57-11-C-10024Residual stressPipelinesResidual stressSteel pipeli...
In this work, a novel method for determining the creep damage properties which can be used to repres...
AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressuriz...