AbstractContinuum damage mechanics has been used to characterize creep damage occurring in pressurized components o erating under creep conditions. Following a review of the concepts of damage and its measurement, analysis has been presented to show how damage can be estimated using continuum damage mechanics concepts and how the remaining life can be estimated in terms of the current creep rate of a component. It is shown how such damage and remaining life can be estimated using online measurements of local creep rate
Creep life prediction is very important to maintain safe operation of thermal power plants for a lon...
This paper highlights assessment of creep damage of an 11-year service-exposed reformer tube made up...
AbstractThe paper critically examines the advantages and limitations of empirical and constitutive e...
The creep of materials is a research topic of major significance in the life assessment and design o...
The creep of materials is a research topic of major signicance in the life assessment and design of ...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
The service life of components designed to operate for long periods under loading at elevated temper...
For efficient design of pressure components, and cost effective extension of lives of existing compo...
Creep is considered to be the life limiting damage mechanism in many load bearing high temperature c...
The creep of materials is a research topic of major significance in the life assessment and design o...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
Mechanical test data for design of high temperature components are mainly collected from tests condu...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
Efficient and cost effective design of pressure components at high temperature depend upon the avail...
Creep life prediction is very important to maintain safe operation of thermal power plants for a lon...
This paper highlights assessment of creep damage of an 11-year service-exposed reformer tube made up...
AbstractThe paper critically examines the advantages and limitations of empirical and constitutive e...
The creep of materials is a research topic of major significance in the life assessment and design o...
The creep of materials is a research topic of major signicance in the life assessment and design of ...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
Creep rupture strength values are basis for design in many high temperature applications. The applic...
The service life of components designed to operate for long periods under loading at elevated temper...
For efficient design of pressure components, and cost effective extension of lives of existing compo...
Creep is considered to be the life limiting damage mechanism in many load bearing high temperature c...
The creep of materials is a research topic of major significance in the life assessment and design o...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
Mechanical test data for design of high temperature components are mainly collected from tests condu...
A methodology is proposed to estimate creep rupture life for advanced ceramics such as continuous fi...
Efficient and cost effective design of pressure components at high temperature depend upon the avail...
Creep life prediction is very important to maintain safe operation of thermal power plants for a lon...
This paper highlights assessment of creep damage of an 11-year service-exposed reformer tube made up...
AbstractThe paper critically examines the advantages and limitations of empirical and constitutive e...