Add to ORKGThe safety analysis and the life prediction of high-temperature components with defects (flaws, cracks, ...) have to take creep crack growth into account. The C-integral (instead of the J-integral of elastic-plastic fracture mechanics) is one of the characterizing parameters to describe crack growth rates under steady creep conditions. The C-integral concept is investigated here for specimens of Alloy 800 H. (IWM
The development of valid creep fracture criteria is considered. Two path-independent integral parame...
AbstractThe Ct-integral has an equivalent role to the J-integral in the context of time-dependent cr...
An approximate method, based on the reference stress concept, for carrying out ‘moving-crack ’ calcu...
Creep crack growth under constant and variable loading conditions is investigated at 800 degress C f...
To accomplish the safety analysis and to predict the lifetime of high-temperature components with fl...
At the time of the previous International Conference on Fracture, the C integral had long been recog...
Creep crack growth rates in the 32%-Ni-20%-Cr alloy Incoloy 800 H at 800 degrees C are correlated wi...
Abstract--In this paper, the relevance of the parameters?*, C*, and?< in characterizing creep cra...
Creep crack growth rates in the 32%-Ni-20%Cr alloy Incoloy 800 H at 800°C are correlated with the fr...
The paper shows the derivation of integral fracture concept from conservation laws of general contin...
Safety analysis and the lifetime prediction of high-temperature components with defects have to take...
Experimental and numerical results are presented for the high-temperature alloy Ni Cr 22 Co 12 Mo (I...
In the two alloys investigated, creep crack growth under steady-state conditions can be described by...
The investigations show that the creep crack growth rate can be determined continuously with the sin...
This paper investigates the utility of the rate forms of Kishimoto et al.'s integral ((J) over ...
The development of valid creep fracture criteria is considered. Two path-independent integral parame...
AbstractThe Ct-integral has an equivalent role to the J-integral in the context of time-dependent cr...
An approximate method, based on the reference stress concept, for carrying out ‘moving-crack ’ calcu...
Creep crack growth under constant and variable loading conditions is investigated at 800 degress C f...
To accomplish the safety analysis and to predict the lifetime of high-temperature components with fl...
At the time of the previous International Conference on Fracture, the C integral had long been recog...
Creep crack growth rates in the 32%-Ni-20%-Cr alloy Incoloy 800 H at 800 degrees C are correlated wi...
Abstract--In this paper, the relevance of the parameters?*, C*, and?< in characterizing creep cra...
Creep crack growth rates in the 32%-Ni-20%Cr alloy Incoloy 800 H at 800°C are correlated with the fr...
The paper shows the derivation of integral fracture concept from conservation laws of general contin...
Safety analysis and the lifetime prediction of high-temperature components with defects have to take...
Experimental and numerical results are presented for the high-temperature alloy Ni Cr 22 Co 12 Mo (I...
In the two alloys investigated, creep crack growth under steady-state conditions can be described by...
The investigations show that the creep crack growth rate can be determined continuously with the sin...
This paper investigates the utility of the rate forms of Kishimoto et al.'s integral ((J) over ...
The development of valid creep fracture criteria is considered. Two path-independent integral parame...
AbstractThe Ct-integral has an equivalent role to the J-integral in the context of time-dependent cr...
An approximate method, based on the reference stress concept, for carrying out ‘moving-crack ’ calcu...