Add to ORKGCleavage fracture is controlled by a number of different metallurgical variables. In this work the relative effect of these variables have been considered in the frames of a statistical model. As a result the dominant metallurgical factors affecting cleavage fracture are identified. Different possibilities to influence the variables are shortly discussed
Transgranular cleavage fracture in the ductile-to-brittle transition region of ferritic steels often...
Cleavage fracture initiation has generally been assumed to be controlled mainly by matrix stress. Re...
On the base of physical-and-mechanical modelling for cleavage microcrack behaviour a new local crite...
Cleavage fracture is controlled by a number of different metallurgical variables. In this work the r...
The critical variables affecting the cleavage fracture of steels are rather well known. In this work...
Factors affecting the cleavage fracture stress and the fracture toughness K 1C in steel have been ex...
The critical variables affecting the cleavage fracture of steels are rather well known. In this work...
The effect of metallurgical variables on the two most important crack growth mechanisms - stable cra...
The work relates to the effect of temperature on the model parameters in local approaches (LAs) to c...
International audienceBrittle cleavage fracture remains one of the major concerns for structural int...
The effect of specimen thickness, side grooving, large-scale yielding of the ligament, and ductile t...
An integral part of the safety assessment of nuclear pressure vessels and piping is the quantitative...
The paper presents and applies a local approach to correlate the fracture behavior of a notched and ...
The cleavage fracture toughness of steels was mezzo-scopically analyzed on the basis of the statisti...
It is a conventional practice to adopt Weibull statistics with a modulus of 4 for characterizing the...
Transgranular cleavage fracture in the ductile-to-brittle transition region of ferritic steels often...
Cleavage fracture initiation has generally been assumed to be controlled mainly by matrix stress. Re...
On the base of physical-and-mechanical modelling for cleavage microcrack behaviour a new local crite...
Cleavage fracture is controlled by a number of different metallurgical variables. In this work the r...
The critical variables affecting the cleavage fracture of steels are rather well known. In this work...
Factors affecting the cleavage fracture stress and the fracture toughness K 1C in steel have been ex...
The critical variables affecting the cleavage fracture of steels are rather well known. In this work...
The effect of metallurgical variables on the two most important crack growth mechanisms - stable cra...
The work relates to the effect of temperature on the model parameters in local approaches (LAs) to c...
International audienceBrittle cleavage fracture remains one of the major concerns for structural int...
The effect of specimen thickness, side grooving, large-scale yielding of the ligament, and ductile t...
An integral part of the safety assessment of nuclear pressure vessels and piping is the quantitative...
The paper presents and applies a local approach to correlate the fracture behavior of a notched and ...
The cleavage fracture toughness of steels was mezzo-scopically analyzed on the basis of the statisti...
It is a conventional practice to adopt Weibull statistics with a modulus of 4 for characterizing the...
Transgranular cleavage fracture in the ductile-to-brittle transition region of ferritic steels often...
Cleavage fracture initiation has generally been assumed to be controlled mainly by matrix stress. Re...
On the base of physical-and-mechanical modelling for cleavage microcrack behaviour a new local crite...