A non-linear ultrasonic technique has been used to assess the fatigue damage in low carbon structural steel. The percentage of total harmonic distortion, which is the ratio of the amplitude of 2nd harmonic and the fundamental, has been introduced as the measurement parameter in this paper. It has also been observed that before crack initiation the 2nd harmonic amplitude is comparable to the fundamental. The results have been analysed in light of the dislocation theory for harmonic generation during material degradation
Recent requirements in the field of non-destructive testing are techniques that quantify micro-struc...
A nonlinear acoustic measurement is studied for fatigue damage monitoring. An electromagnetic acoust...
Any system consisting of structural material often undergoes fatigue, which is caused by dynamic loa...
A non-linear ultrasonic technique has been used to assess the fatigue damage in low carbon structura...
Nonlinear ultrasonic is the new approach for the effective evaluation of material degradation in th...
In view of the early fatigue damage of high-strength steel FV520B, a nonlinear ultrasonic detection ...
Fatigue damage induced in engineering applications are inevitable, as such without proper monitoring...
A study on the evaluation of fatigue degradation in SUS316L material using nonlinear ultrasonics was...
Non-linear ultrasonic methods are useful for characterisation of microstructures. Experiments have b...
At present, the nonlinear ultrasonic technique is studied for microstructural evaluation of material...
This study evaluated the fatigue degradation in a SUS316L specimen using the nonlinear ultrasonic me...
The nondestructive assessment of the damage that occurs in components during service plays a key rol...
Under harsh environment or during service, the mechanical properties of materials or structure will ...
Traditional non-destructive evaluation (NDE) and structural health monitoring (SHM) systems are used...
It has been shown that nonlinear ultrasonics can be more sensitive to local incipient defects, such ...
Recent requirements in the field of non-destructive testing are techniques that quantify micro-struc...
A nonlinear acoustic measurement is studied for fatigue damage monitoring. An electromagnetic acoust...
Any system consisting of structural material often undergoes fatigue, which is caused by dynamic loa...
A non-linear ultrasonic technique has been used to assess the fatigue damage in low carbon structura...
Nonlinear ultrasonic is the new approach for the effective evaluation of material degradation in th...
In view of the early fatigue damage of high-strength steel FV520B, a nonlinear ultrasonic detection ...
Fatigue damage induced in engineering applications are inevitable, as such without proper monitoring...
A study on the evaluation of fatigue degradation in SUS316L material using nonlinear ultrasonics was...
Non-linear ultrasonic methods are useful for characterisation of microstructures. Experiments have b...
At present, the nonlinear ultrasonic technique is studied for microstructural evaluation of material...
This study evaluated the fatigue degradation in a SUS316L specimen using the nonlinear ultrasonic me...
The nondestructive assessment of the damage that occurs in components during service plays a key rol...
Under harsh environment or during service, the mechanical properties of materials or structure will ...
Traditional non-destructive evaluation (NDE) and structural health monitoring (SHM) systems are used...
It has been shown that nonlinear ultrasonics can be more sensitive to local incipient defects, such ...
Recent requirements in the field of non-destructive testing are techniques that quantify micro-struc...
A nonlinear acoustic measurement is studied for fatigue damage monitoring. An electromagnetic acoust...
Any system consisting of structural material often undergoes fatigue, which is caused by dynamic loa...