This paper describes studies undertaken to evaluate the stress relaxation behaviour of 2.25Cr-1Mo steel, a material used extensively in high temperature steam components. Repeated stress relaxation loadings were conducted on normalised and tempered 2.25Cr-1Mo steel at 550°C, under constant strain, in a closed loop testing system. Detailed analysis of stress relaxation curves is presented. Application of the data to the Feltham equation for subsequent use in life assessment procedures is discussed and analysed. © 2010 Elsevier B.V
The development of creep related materials modelling and recommendations for model selection have be...
The P91 steel is widely used in high temperature components of power plants, and it is a candidate m...
This paper highlights a comparative assessment of creep life of 1.25Cr-0.5Mo, 2.25Cr-1Mo and modifie...
This paper investigates the effects of repeated stress relaxation loadings and post stress relaxatio...
The traditional approach to material development. design and life assessment for high temperature co...
Ambient temperature stress relaxation and creep data are reported at various stress levels for two g...
Data assessments, materials modelling and development as well as recommendations for model selection...
In the last two decades, the request of improved efficiency and reduced emissions in power pla...
Multiple-loading relaxation data for annealed 2/sup 1///sub 4/ Cr-1 Mo steel are reported for times ...
Experiments on the relaxation of residual stresses in steels by fatigue loading are described. This ...
An attempt has been made to establish a correlation between the creep strains rates predicted from a...
Development of steam power plant largely depends on the physical properties of the materials. Realiz...
In order to study the stress relaxation behaviour of SA302Gr.C low-alloy steel, the stress relaxatio...
The ferritic-martensitic steel P91 (X10CrMoVNb9-1) is widely used in high temperature steam systems ...
University of Technology, Sydney. Faculty of Science.Components of fossil fuelled power generation p...
The development of creep related materials modelling and recommendations for model selection have be...
The P91 steel is widely used in high temperature components of power plants, and it is a candidate m...
This paper highlights a comparative assessment of creep life of 1.25Cr-0.5Mo, 2.25Cr-1Mo and modifie...
This paper investigates the effects of repeated stress relaxation loadings and post stress relaxatio...
The traditional approach to material development. design and life assessment for high temperature co...
Ambient temperature stress relaxation and creep data are reported at various stress levels for two g...
Data assessments, materials modelling and development as well as recommendations for model selection...
In the last two decades, the request of improved efficiency and reduced emissions in power pla...
Multiple-loading relaxation data for annealed 2/sup 1///sub 4/ Cr-1 Mo steel are reported for times ...
Experiments on the relaxation of residual stresses in steels by fatigue loading are described. This ...
An attempt has been made to establish a correlation between the creep strains rates predicted from a...
Development of steam power plant largely depends on the physical properties of the materials. Realiz...
In order to study the stress relaxation behaviour of SA302Gr.C low-alloy steel, the stress relaxatio...
The ferritic-martensitic steel P91 (X10CrMoVNb9-1) is widely used in high temperature steam systems ...
University of Technology, Sydney. Faculty of Science.Components of fossil fuelled power generation p...
The development of creep related materials modelling and recommendations for model selection have be...
The P91 steel is widely used in high temperature components of power plants, and it is a candidate m...
This paper highlights a comparative assessment of creep life of 1.25Cr-0.5Mo, 2.25Cr-1Mo and modifie...