The evaluation of integrity of critical structures and parts is of vital importance for the maintenance of quality and safety. Quantitative nondestructive evaluation (QNDE) techniques provide the means to detect a flaw and to determine its location, size, shape and orientation. Ultrasonic technique is one of such commonly used ones. Comprehensive discussions of ultrasonic QNDE methods can be found in recent review papers by Thompson and Thompson [1] and a recent symposium volume edited by Datta et al. [2]
The scattering of Rayleigh surface waves by a variety of defects has been experimentally studied by ...
It has been reported before that frequency and angular information from ultrasonic scattering can be...
This paper is concerned with exact solutions and approximate solutions in the high-frequency domain ...
We study the scattering of transient, high-frequency, narrow-band quasi-Rayleigh elastic waves by th...
Guided waves scattered from defects in solid material might contain significant information about th...
Lamb wave ultrasonic testing has been employed as a practical nondestructive method to detect defect...
This article discusses the application of so-called ultrasonic quasi-Rayleigh waves to detect surfac...
Ultrasonic means have been used for the nondestructive evaluation (NDE) of a wide variety of mechani...
The ultrasonic detection of cracks in the interior of an elastic solid by the use of surface transdu...
Ultrasonic scattering by cracks which break the traction-free surface of an engineering structure is...
It is the main function of quantitative NDE to detect and to evaluate defects. Some of the most dang...
The subject of this thesis is scattering of elastic waves from inhomogeneities in solids, with appli...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
My objective is to help develop a quantitative working model for a typical nondestructive testing sy...
Surface breaking cracks are one of the most feared defects in engineering structures. Many methods a...
The scattering of Rayleigh surface waves by a variety of defects has been experimentally studied by ...
It has been reported before that frequency and angular information from ultrasonic scattering can be...
This paper is concerned with exact solutions and approximate solutions in the high-frequency domain ...
We study the scattering of transient, high-frequency, narrow-band quasi-Rayleigh elastic waves by th...
Guided waves scattered from defects in solid material might contain significant information about th...
Lamb wave ultrasonic testing has been employed as a practical nondestructive method to detect defect...
This article discusses the application of so-called ultrasonic quasi-Rayleigh waves to detect surfac...
Ultrasonic means have been used for the nondestructive evaluation (NDE) of a wide variety of mechani...
The ultrasonic detection of cracks in the interior of an elastic solid by the use of surface transdu...
Ultrasonic scattering by cracks which break the traction-free surface of an engineering structure is...
It is the main function of quantitative NDE to detect and to evaluate defects. Some of the most dang...
The subject of this thesis is scattering of elastic waves from inhomogeneities in solids, with appli...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
My objective is to help develop a quantitative working model for a typical nondestructive testing sy...
Surface breaking cracks are one of the most feared defects in engineering structures. Many methods a...
The scattering of Rayleigh surface waves by a variety of defects has been experimentally studied by ...
It has been reported before that frequency and angular information from ultrasonic scattering can be...
This paper is concerned with exact solutions and approximate solutions in the high-frequency domain ...