In non-destructive testing, it has been suggested that wavelength or frequency dependent Rayleigh wave scattering coefficients could provide a means of characterising surface defects. Only a few Rayleigh wave scattering problems have analytic solutions and most workers have resorted to numerical techniques [1]. In this paper we present details of a new model that can deal with general surface defect geometries. The scheme is used to model Rayleigh wave scattering from curved corners, steps and slots. The implications of the results for a Rayleigh wave based defect characterisation method are discussed briefly
The propagation of nonlinear surface elastic waves, or Rayleigh waves, is studied in the case of a h...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
Rayleigh waves can be used for characterisation of surface-breaking defects, giving a measure of the...
In non-destructive testing, it has been suggested that wavelength or frequency dependent Rayleigh wa...
Rayleigh wave based NDE methods have been hampered by the lack of a theory to describe the scatterin...
The interaction of Rayleigh waves with surface inhomogeneities has received considerable attention i...
The development of broadband pulsed ultrasonic Rayleigh wave methods in non-destructive testing has ...
This paper presents the results of an experimental investigation of the interaction of Rayleigh wave...
Rayleigh waves are well known to attenuate due to scattering when they propagate over a rough surfac...
In this paper we exploit the interaction of ultrasonic surface waves with surface cracks in order to...
Non-destructive testing is an important technique, and improvements are constantly needed. Surface d...
The phenomenon of Rayleigh wave attenuation due to surface roughness has been well studied theoretic...
The phenomenon of Rayleigh wave attenuation due to surface roughness has been well studied theoretic...
Electromagnetic acoustic transducers (EMATs) have been used in pitch-catch mode for a better charact...
The paper presents a finite element study designed to gain physical insight into the effect of sur-f...
The propagation of nonlinear surface elastic waves, or Rayleigh waves, is studied in the case of a h...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
Rayleigh waves can be used for characterisation of surface-breaking defects, giving a measure of the...
In non-destructive testing, it has been suggested that wavelength or frequency dependent Rayleigh wa...
Rayleigh wave based NDE methods have been hampered by the lack of a theory to describe the scatterin...
The interaction of Rayleigh waves with surface inhomogeneities has received considerable attention i...
The development of broadband pulsed ultrasonic Rayleigh wave methods in non-destructive testing has ...
This paper presents the results of an experimental investigation of the interaction of Rayleigh wave...
Rayleigh waves are well known to attenuate due to scattering when they propagate over a rough surfac...
In this paper we exploit the interaction of ultrasonic surface waves with surface cracks in order to...
Non-destructive testing is an important technique, and improvements are constantly needed. Surface d...
The phenomenon of Rayleigh wave attenuation due to surface roughness has been well studied theoretic...
The phenomenon of Rayleigh wave attenuation due to surface roughness has been well studied theoretic...
Electromagnetic acoustic transducers (EMATs) have been used in pitch-catch mode for a better charact...
The paper presents a finite element study designed to gain physical insight into the effect of sur-f...
The propagation of nonlinear surface elastic waves, or Rayleigh waves, is studied in the case of a h...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
Rayleigh waves can be used for characterisation of surface-breaking defects, giving a measure of the...