Fatigue is one of the leading causes of failure in structural components. The development of a viable NDE technique which can detect fatigue damage in its early stages of development, monitor its progress and be capable of predicting the onset of catastrophic failure is very essential. If the damage can be detected at an early stage, corrective measures can be taken either in the form of repairs to, or replacement of, the damaged part
The paper presents the investigations conducted in the Fraunhofer Institute (IZFP Saarbrücken) by us...
This paper presents an overview on current activities and results concerning NDE of material degrada...
Material fatigue damage accumulation is recognized as one of the least inspectable and controllable ...
It is known that the magnetic properties of ferromagnetic materials change under fatigue and applied...
The objective of this study was to determine how magnetic properties such as coercivity, hysteresis ...
For structural components which are exposed to cyclic stresses, fatigue damage could lead to a catas...
A new revolutionary attitude towards investiga tion of fatigue damage in cyclically loaded steel s...
Fatigue damage causes continuous, cumulative microstructural changes in materials and the magnetic p...
Fatigue damage was investigated by the method of magnetic adaptive testing (MAT), which is based on ...
In many cases, where a high reliability is demanded, such as in nuclear power plants or civil engine...
To evaluate the material degradation of ferritic steels caused by low cycle stress-induced fatigue, ...
The objective of this study is to evaluate the application of the metal magnetic memory (MMM) techni...
This paper is concerned with using a magnetic technique for the evaluation of fatigue damage in stee...
AbstractThis paper considers nondestructive evaluation techniques for integrity ofaustenite stainles...
Mechanical components can fail for application of cyclic loading, even when subjected to low levels ...
The paper presents the investigations conducted in the Fraunhofer Institute (IZFP Saarbrücken) by us...
This paper presents an overview on current activities and results concerning NDE of material degrada...
Material fatigue damage accumulation is recognized as one of the least inspectable and controllable ...
It is known that the magnetic properties of ferromagnetic materials change under fatigue and applied...
The objective of this study was to determine how magnetic properties such as coercivity, hysteresis ...
For structural components which are exposed to cyclic stresses, fatigue damage could lead to a catas...
A new revolutionary attitude towards investiga tion of fatigue damage in cyclically loaded steel s...
Fatigue damage causes continuous, cumulative microstructural changes in materials and the magnetic p...
Fatigue damage was investigated by the method of magnetic adaptive testing (MAT), which is based on ...
In many cases, where a high reliability is demanded, such as in nuclear power plants or civil engine...
To evaluate the material degradation of ferritic steels caused by low cycle stress-induced fatigue, ...
The objective of this study is to evaluate the application of the metal magnetic memory (MMM) techni...
This paper is concerned with using a magnetic technique for the evaluation of fatigue damage in stee...
AbstractThis paper considers nondestructive evaluation techniques for integrity ofaustenite stainles...
Mechanical components can fail for application of cyclic loading, even when subjected to low levels ...
The paper presents the investigations conducted in the Fraunhofer Institute (IZFP Saarbrücken) by us...
This paper presents an overview on current activities and results concerning NDE of material degrada...
Material fatigue damage accumulation is recognized as one of the least inspectable and controllable ...