Add to ORKGThe major problem in an ultrasonic flaw detection syste:n is the presence of microstructure n0ise (dutter) resulting from scattering at gra~ti boundaries. Ultra-sonic grain echoes are random in amplitude anel arrival time and often interfere and mask the flaw echo. Grain echoes are stationary and correlated from scan to sca
This paper presents a robust frequency diversity based algorithm for clutter reduction in ultrasonic...
Copyright © 2012 Ramazan Demirli et al. This is an open access article distributed under the Creativ...
During ultrasonic inspection for flaws in engineering materials, it is important to understand the i...
The major problem in an ultrasonic flaw detection system is the presence of microstructure noise (cl...
Ultrasonic nondestructive inspection of materials is often limited by the presence of backscattered ...
Ultrasonic nondestructive inspection of materials is often limited by the presence of backscattered ...
A major source of noise or clutter in ultrasonic nondestructive evaluation (NDE) applications is due...
Ultrasonic flaw detection in large grained materials is limited by the high level of coherent grain ...
In this paper, we present a novel and flexible method for reliable and robust defect detection in di...
Ultrasound is a prominent nondestructive testing modality for the detection, localization, and sizin...
In Non-Destructive Evaluation (NDE) inspection, a range of materials exist that exhibit a heterogene...
The scattering of sound from small inhomogeneities in a medium often plays an important role in ultr...
A novel approach for suppression of grain noise in ultrasonic signals, based on noncoherent detector...
Ultrasonic flaw detection and imaging through reverberant layers is a challenging problem owing to t...
Reliable and robust defect detection is a challenging yet essential problem in ultrasonic non-destru...
This paper presents a robust frequency diversity based algorithm for clutter reduction in ultrasonic...
Copyright © 2012 Ramazan Demirli et al. This is an open access article distributed under the Creativ...
During ultrasonic inspection for flaws in engineering materials, it is important to understand the i...
The major problem in an ultrasonic flaw detection system is the presence of microstructure noise (cl...
Ultrasonic nondestructive inspection of materials is often limited by the presence of backscattered ...
Ultrasonic nondestructive inspection of materials is often limited by the presence of backscattered ...
A major source of noise or clutter in ultrasonic nondestructive evaluation (NDE) applications is due...
Ultrasonic flaw detection in large grained materials is limited by the high level of coherent grain ...
In this paper, we present a novel and flexible method for reliable and robust defect detection in di...
Ultrasound is a prominent nondestructive testing modality for the detection, localization, and sizin...
In Non-Destructive Evaluation (NDE) inspection, a range of materials exist that exhibit a heterogene...
The scattering of sound from small inhomogeneities in a medium often plays an important role in ultr...
A novel approach for suppression of grain noise in ultrasonic signals, based on noncoherent detector...
Ultrasonic flaw detection and imaging through reverberant layers is a challenging problem owing to t...
Reliable and robust defect detection is a challenging yet essential problem in ultrasonic non-destru...
This paper presents a robust frequency diversity based algorithm for clutter reduction in ultrasonic...
Copyright © 2012 Ramazan Demirli et al. This is an open access article distributed under the Creativ...
During ultrasonic inspection for flaws in engineering materials, it is important to understand the i...