Add to ORKGI would like to give an overview of our work in quantitative ultrasonics in the ARPA/AFML program. The goal is to use ultrasonics to determine failure related or fracture critical properties of a flaw. In practice , this implies the use of ultrasonics to determine the geometric shape of the flaw: its size, its shape and its orientation with respect to a stress field
The development of analytical computer models to predict ultrasonic scattering from individual, smal...
This paper describes the continuation of the work1,2 on synthetic aperture focusing techniques (SAFT...
The previous papers present a number of techniques for quantitatively identifying the size, shape an...
I would like to give an overview of our work in quantitative ultrasonics in the ARPA/AFML program. T...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
This paper presents an overview of the ARPA/AFML Program for Quantitative Ultrasonic Flaw Characteri...
Today I would like to give an overview, both of the meeting program in general and, more specificall...
Quantitative ultrasonic techniques for determining the serviceability of structural components are r...
In this paper the purposes and benefits of quantitative NDE are first discussed, emphasizing the br...
My objective is to help develop a quantitative working model for a typical nondestructive testing sy...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
We report an approximate technique for determining the characteristics of flaws in elastic media fro...
This paper describes the Lawrence Livermore Laboratory (LLL) Ultrasonic Imaging Project. The project...
An overview of the ultrasonic developments which have occurred in the DARPA/AFML Interdisciplinary P...
It has been reported before that frequency and angular information from ultrasonic scattering can be...
The development of analytical computer models to predict ultrasonic scattering from individual, smal...
This paper describes the continuation of the work1,2 on synthetic aperture focusing techniques (SAFT...
The previous papers present a number of techniques for quantitatively identifying the size, shape an...
I would like to give an overview of our work in quantitative ultrasonics in the ARPA/AFML program. T...
Flaw Characterization by Ultrasonic Techniques is the subject of this morning\u27s session. The ult...
This paper presents an overview of the ARPA/AFML Program for Quantitative Ultrasonic Flaw Characteri...
Today I would like to give an overview, both of the meeting program in general and, more specificall...
Quantitative ultrasonic techniques for determining the serviceability of structural components are r...
In this paper the purposes and benefits of quantitative NDE are first discussed, emphasizing the br...
My objective is to help develop a quantitative working model for a typical nondestructive testing sy...
The ultrasonic pulse echo technique is a highly sensitive nondestructive method for detecting small ...
We report an approximate technique for determining the characteristics of flaws in elastic media fro...
This paper describes the Lawrence Livermore Laboratory (LLL) Ultrasonic Imaging Project. The project...
An overview of the ultrasonic developments which have occurred in the DARPA/AFML Interdisciplinary P...
It has been reported before that frequency and angular information from ultrasonic scattering can be...
The development of analytical computer models to predict ultrasonic scattering from individual, smal...
This paper describes the continuation of the work1,2 on synthetic aperture focusing techniques (SAFT...
The previous papers present a number of techniques for quantitatively identifying the size, shape an...