Add to ORKGBefore discussing the heat treatment of creep resistant steels, a few words about creep will be in order. When a metal is subjected to a stress for long time at an elev-ated temperatures, it undergoes plastic deformation; this time dependent accumulation of strain is known as creep. Creep limits the life time of components
The increased thermal efficiency of fossil power plants calls for the development of advanced creep-...
Ω method is effective for an assessment of creep life time. In this study, creep curves of 9Cr ferri...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...
AbstractIn the power plants, boiler pipes and heaters, are made with ferritic steels low alloy. Thes...
AbstractThe creep resistant ferritic steels have a microstructure with fine stable alloy carbides th...
A large number of creep tests on various steels were carried out to study the effect of compositions...
Boilers, pipes, and turbine components of fossil power generating plants are expected to be exposed ...
Highly strengthened heat-resistant steels for boiler tubing are required to develop for higher effic...
This work is a compilation essay about structure of heat-resistant steels, creep, strengthening and ...
AbstractThe structure and equipment of a plant can fail due to excessive plastic deformation and pro...
The reduction of emissions from fossil fuel power plants is essential to minimising the environmenta...
The subject of this paper is the microstructural and mechanical characterisation of regions of the h...
High-chromium martensitic steels are one of the basic creep-resisting construction materials used fo...
THE' major part of the industrial uses of high creep-resistant alloys at elevated temperatures and f...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
The increased thermal efficiency of fossil power plants calls for the development of advanced creep-...
Ω method is effective for an assessment of creep life time. In this study, creep curves of 9Cr ferri...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...
AbstractIn the power plants, boiler pipes and heaters, are made with ferritic steels low alloy. Thes...
AbstractThe creep resistant ferritic steels have a microstructure with fine stable alloy carbides th...
A large number of creep tests on various steels were carried out to study the effect of compositions...
Boilers, pipes, and turbine components of fossil power generating plants are expected to be exposed ...
Highly strengthened heat-resistant steels for boiler tubing are required to develop for higher effic...
This work is a compilation essay about structure of heat-resistant steels, creep, strengthening and ...
AbstractThe structure and equipment of a plant can fail due to excessive plastic deformation and pro...
The reduction of emissions from fossil fuel power plants is essential to minimising the environmenta...
The subject of this paper is the microstructural and mechanical characterisation of regions of the h...
High-chromium martensitic steels are one of the basic creep-resisting construction materials used fo...
THE' major part of the industrial uses of high creep-resistant alloys at elevated temperatures and f...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
The increased thermal efficiency of fossil power plants calls for the development of advanced creep-...
Ω method is effective for an assessment of creep life time. In this study, creep curves of 9Cr ferri...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...