Add to ORKGSynthetic aperture focusing techniques (SAFT) represent a special class of beam steering algorithms [1] that are used to improve the resolution and signal-to-noise ratio (SNR) of ultrasonic images. It has been traditionally performed using focused transducers, with the test material located in a region where the ultrasonic beam diverges beyond the focal point [2,3]. This is to ensure that the transducer collects enough data relating to the defect. Operating in the far-field of the transducer where the spatial field variations are slow minimizes the error
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
The synthetic aperture focusing technique (SAFT) has been shown to increase lateral resolution of ap...
In traditional ultrasonic imaging systems, a transducer is scanned across the surface of a specimen ...
The focused transducer combined with C-scan imaging is currently the workhorse of ultrasonic nondest...
The synthetic aperture focusing technique (SAFT) has been shown to increase lateral resolution of ap...
The spatial resolution of laser-ultrasonics depends upon the spot sizes of the generation and detect...
Ultrasonic non-destructive testing (NDT) techniques are widely used to detect flaws or defects withi...
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
The detection and evaluation of defects in industrial components relies strongly on ultrasonic inspe...
Imaging based on the synthetic aperture focussing technique (SAFT) improves the reliability of sizin...
Imaging based on the synthetic aperture focussing technique (SAFT) improves the reliability of sizin...
Detection and evaluation of defects rely strongly on ultrasonic inspection techniques in the data ac...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
The main principles and restrictions of the numerical focusing such as the acoustical holography and...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
The synthetic aperture focusing technique (SAFT) has been shown to increase lateral resolution of ap...
In traditional ultrasonic imaging systems, a transducer is scanned across the surface of a specimen ...
The focused transducer combined with C-scan imaging is currently the workhorse of ultrasonic nondest...
The synthetic aperture focusing technique (SAFT) has been shown to increase lateral resolution of ap...
The spatial resolution of laser-ultrasonics depends upon the spot sizes of the generation and detect...
Ultrasonic non-destructive testing (NDT) techniques are widely used to detect flaws or defects withi...
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
The detection and evaluation of defects in industrial components relies strongly on ultrasonic inspe...
Imaging based on the synthetic aperture focussing technique (SAFT) improves the reliability of sizin...
Imaging based on the synthetic aperture focussing technique (SAFT) improves the reliability of sizin...
Detection and evaluation of defects rely strongly on ultrasonic inspection techniques in the data ac...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
The main principles and restrictions of the numerical focusing such as the acoustical holography and...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
The synthetic aperture focusing technique (SAFT) has been shown to increase lateral resolution of ap...
In traditional ultrasonic imaging systems, a transducer is scanned across the surface of a specimen ...