Add to ORKGResearch concerning bulk and surface wave methods for the measurement of the depth of surface-breaking cracks will be reviewed. This review will examine techniques for measuring crack depths which are based on the scattered pulse amplitude, time-of-flight methods, and ultrasonic spectroscopic analysis. Measurement of the transit time of bulk waves appears most likely to provide simple and reliable depth measurement in the near future. Promising directions for future research will be discussed
Ultrasonic is one of the most common uses of a non-destructive evaluation method for crack detection...
For the prediction of the lifetime of any component, subjected to alternating stresses, the knowledg...
Surface ultrasonic waves have been shown to have many uses in non-destructive testing, in particular...
Research concerning bulk and surface wave methods for the measurement of the depth of surface-breaki...
This report presents results of measurements of crack depth with the aid of acoustic bulk and surfac...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
When a surface containing a surface-breaking crack is directly accessible for the generation of ultr...
This paper describes a method for determining the depth of machined slots simulating cracks by the u...
In this study, an ultrasonic technique for quantitative nondestructive evaluation of a small surface...
Accurate calculation of the stress intensity factor on a given component under load relies on an acc...
In this paper, the half-skip configuration of the Total Focusing Method (TFM) is used to image and s...
Nondestructively measuring crack depths of asphalt pavements in situ could provide engineers with a ...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
Fatigue life of mechanical structures have been estimated according to Safety Life Design. In this s...
Surface breaking cracks are one of the most feared defects in engineering structures. Many methods a...
Ultrasonic is one of the most common uses of a non-destructive evaluation method for crack detection...
For the prediction of the lifetime of any component, subjected to alternating stresses, the knowledg...
Surface ultrasonic waves have been shown to have many uses in non-destructive testing, in particular...
Research concerning bulk and surface wave methods for the measurement of the depth of surface-breaki...
This report presents results of measurements of crack depth with the aid of acoustic bulk and surfac...
Rayleigh surface waves are proposed as a non-destructive method to find the depth of surface cracks....
When a surface containing a surface-breaking crack is directly accessible for the generation of ultr...
This paper describes a method for determining the depth of machined slots simulating cracks by the u...
In this study, an ultrasonic technique for quantitative nondestructive evaluation of a small surface...
Accurate calculation of the stress intensity factor on a given component under load relies on an acc...
In this paper, the half-skip configuration of the Total Focusing Method (TFM) is used to image and s...
Nondestructively measuring crack depths of asphalt pavements in situ could provide engineers with a ...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
Fatigue life of mechanical structures have been estimated according to Safety Life Design. In this s...
Surface breaking cracks are one of the most feared defects in engineering structures. Many methods a...
Ultrasonic is one of the most common uses of a non-destructive evaluation method for crack detection...
For the prediction of the lifetime of any component, subjected to alternating stresses, the knowledg...
Surface ultrasonic waves have been shown to have many uses in non-destructive testing, in particular...